A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z,
../ sign | [1], |
0. Hauptsatz der Thermodynamik | [1], |
1. Ficksches Gesetz | [1], [2], |
1. Hauptsatz der Betriebswirtschaftslehre | [1], |
1. Hauptsatz der Materialwissenschaft | [1], [2], |
1. Hauptsatz der MaWi | [1], |
1. Hauptsatz der Thermodynamik | [1], |
1st assignment | [1], [2], |
1st law of thermodynamics | [1], [2], |
2. Ficksches Gesetz | [1], [2], [3], [4], |
2. Haupsatzes der Thermodynamik | [1], |
2. Hauptsatz der Thermodynamik | [1], |
2nd assignment | [1], |
3rd assignment | [1], |
6,7 wt% carbon is special | [1], |
A, | |
A1 temperature | [1], |
A2 temperatur | [1], |
A3 temperature | [1], |
A4 temperature | [1], |
Abbreviations; Index of | [1], |
Abgeschlossene System | [1], |
Abgeschreckte_Probe | [1], |
Abgleitung | [1], |
Abschrecken | [1], [2], [3], |
Abschrecken; von Schwertern | [1], |
Absolute link | [1], [2], |
Absolute temperature | [1], [2], [3], [4], [5], [6], |
Absolute Wahrheiten | [1], |
Absolute Wahrscheinlichkeit | [1], [2], |
Absolute zero point of temperature | [1], |
Absorbing polarizers | [1], |
Absorption coefficient | [1], [2], [3], |
Absorption length | [1], [2], |
Absorption; von Wellen | [1], |
Absorptionskoeffizient; für Licht in Halbleitern | [1], [2], [3], |
Absorptionslänge | [1], |
Abstand Energieniveaus; freies Elektronengas | [1], |
Abstände; zwischen Gitterebenen | [1], |
Acanthite | [1], |
Acceleration sensor; MEMS | [1], |
Accelerator mass spectrometry | [1], |
Acceptors | [1], |
Accidental discoveries | [1], [2], |
Accumulation | [1], [2], [3], [4], [5], [6], |
Accumulation; in heterojunctions | [1], |
Accumulators | [1], [2], |
Aceramic neolithicum | [1], |
Achaemanid empire | [1], |
Achaemenid Empire | [1], |
Achaemenide empire | [1], |
Achat | [1], |
Achilles heel | [1], |
Acicular precipitates | [1], |
Acm temperature | [1], |
Actinide | [1], |
Actinoids | [1], |
Activation energy | [1], |
Activity | [1], [2], [3], |
Activity instead of concentration | [1], [2], [3], |
Actuator; MEMS | [1], |
Actuators; electrostatic | [1], |
Actuators; MEMS | [1], |
Actuators; thermal | [1], |
Address of Institute | [1], |
Addresse des Instituts | [1], |
Adel; und Edelgase | [1], |
Adhesion | [1], |
Adobe; etymology | [1], |
Advanced modules | [1], |
Advanced modules of the hyperscript | [1], |
Advertising and ethics | [1], |
Aeral density | [1], [2], |
AF im Gleichgewicht | [1], |
AF im Nichtgleichgewicht | [1], |
Affinity | [1], |
Affordability; of solar energy | [1], |
Africa (and steel) | [1], |
Agate | [1], |
Age hardening | [1], [2], |
Ageing by dislocation climb | [1], |
Ageing of steel at RT | [1], |
Ageing; Al-Cu system | [1], |
Ages of man | [1], |
Agricultural Revolution | [1], |
Ain Sakhri lovers | [1], |
Air bags; MEMS | [1], |
Air flow | [1], |
Air flow resistance | [1], |
Air mass; solar cell | [1], |
Air resistance; smelting | [1], |
Air supply in smelting | [1], [2], |
Air supply problem; furnace | [1], |
Air supply; furnace | [1], |
Air velocity; tuyere | [1], |
Akhenaten | [1], |
Akinake | [1], |
Akkumulation | [1], |
Akkumulatoren | [1], |
Aktivierungsenergie | [1], |
Akzeptor | [1], |
Akzeptoren | [1], |
Akzeptorniveau | [1], |
Alabaster | [1], |
Alaca Hoeyuek | [1], [2], |
Alaca Höyük iron dagger. | [1], |
Alaca Höyük royal tombs | [1], |
Alchemie | [1], [2], |
Alchemisten | [1], |
Alchemy | [1], [2], |
Alchemy and sword symbolism | [1], |
Alemanni | [1], [2], |
Alemanni swords from Memmingen | [1], [2], |
Alemanni; map | [1], |
Alemmani; swords of | [1], |
Alepotrypa | [1], |
Alexander the Great; empire | [1], |
Alignment for steppers | [1], [2], |
Alignment in lithography | [1], [2], |
Alkali group | [1], |
Alkalielemte | [1], |
Alkalimetalle | [1], [2], [3], [4], |
Alkaline Earthe Metals Group | [1], |
All steel swords | [1], |
Allgemeine Gaskonstante | [1], |
Allgemeines Gasgesetz | [1], |
Alliterative verse | [1], |
Allotropy | [1], |
Alloy | [1], [2], |
Alloy elements; classification by phase diagram | [1], [2], |
Alloy groups; three | [1], |
Alloy steel | [1], |
Alloy steels | [1], |
Alloy systems, open gamma phase | [1], |
Alloy systems; closed gamma phase | [1], |
Alloy systems; contracted gamma phase | [1], |
Alloy systems; expanded gamma phase | [1], |
Alloy; definition | [1], |
Alloyed steels | [1], |
Alloying | [1], |
Alloying accidentially | [1], |
Alloying element | [1], |
Alloying elements; categorizing by | [1], |
Alloying elements; definition | [1], |
Alloying intentionally | [1], |
Alloying; problems | [1], |
Alloying; science of | [1], |
Alloys (as conductors) | [1], [2], |
Alloys and disorder | [1], |
Allseitig gleicherDruck | [1], |
Almace, sword name | [1], |
Almandine | [1], |
Alpha phase | [1], [2], |
Alpha stabilizers | [1], |
Altern | [1], |
Alternating current / voltage | [1], |
Alterung; Al - Cu Legierung | [1], |
Aluminium vs. aluminum | [1], |
Aluminothermic process for Si production | [1], |
Aluminum - lithium alloy | [1], |
Aluminum in steel | [1], |
Aluminum vs. aluminium | [1], |
Amalgamation | [1], |
Amarna letters | [1], |
Amber | [1], |
Amber road | [1], |
Amelungenlied | [1], |
America; early metallurgy in | [1], |
American Iron and Steel Institute; steel code | [1], |
American president | [1], |
Amerikanische Billion | [1], [2], |
Amerikanismen; in der Matwiss | [1], |
Amethyst | [1], [2], |
Amorph | [1], |
Amorphe Materialien; Diffusion | [1], |
Amorphe Struktur | [1], |
Amorphization by ion implantation | [1], [2], |
Amorphous | [1], |
Amorphous gemstones | [1], |
Amorphous metals | [1], [2], [3], [4], |
Amorphous Si | [1], |
Amorphous silicon | [1], [2], |
Amorphous thin films | [1], |
Amperes law | [1], [2], |
Amphotere Dotierung | [1], |
Amphoteric doping | [1], |
Amplitude or vibration | [1], |
Amplitude, of wave | [1], |
Amplitude; einer Welle | [1], |
Analog imaging | [1], |
Analogverstärkung | [1], [2], |
Analytical TEM | [1], |
Analytik; für Materialwissenschaft | [1], |
Anchor tag | [1], |
Ancient steels are low alloy | [1], |
And yet it moves! | [1], |
Anduril | [1], |
Anduril; sword of Aragorn | [1], |
Anelastizität | [1], [2], |
Anfahrtsplan | [1], |
Angelsächsische Milliarde | [1], |
Angelsächsisches Längenmaß | [1], |
Anglo-Saxon Chronicle | [1], |
Anglo-Saxon mythology | [1], |
Angloamerikanisches Längenmaß | [1], |
Angstroem | [1], |
Angstrom | [1], [2], |
Angular momentum | [1], [2], |
Angular momentum, atoms and | [1], [2], |
Animation | [1], [2], |
Animationen | [1], |
Animations | [1], |
Animierte Diffusionsmechanismen | [1], |
Anion interstital; neglecting the | [1], |
Anion vacancy | [1], |
Anions; definition | [1], |
Anisotrope Eigenschaften | [1], |
Anisotropic chemical etching | [1], |
Anisotropic dissolution | [1], |
Anisotropic eching | [1], [2], |
Anisotropic materials; deformation | [1], |
Anisotropie; optical | [1], |
Anmutung; von Materialien | [1], [2], |
Annealed steel | [1], |
Annealing experiments | [1], |
Annealing of defects | [1], |
Annealing; after ion implantation | [1], |
Annie Get Your Gun | [1], |
Annihilation of point defects | [1], |
Anode; battery | [1], [2], |
Anodic dissolution | [1], |
Anodic etching | [1], |
Anodic oxidation | [1], [2], |
Anreicherung | [1], |
Antenna hilt sword | [1], |
Anthracite | [1], |
Anthropic principle | [1], [2], |
Anthropoid Celtic swords | [1], |
Anthropoid swords | [1], |
Anthropomorphismus | [1], |
Anti particles | [1], |
Anti particles and diffusion | [1], |
Anti Schottky defect | [1], |
Anti site defects | [1], |
Anti-coherency dislocations | [1], |
Anti-ferromagnetic materials | [1], [2], |
Anti-ferromagnets | [1], |
Anti-Frenkel disorder | [1], |
Anti-reflection coating | [1], [2], [3], |
Antibindende Orbitale | [1], |
Antiferromagnete. | [1], |
Antiferromagnets | [1], [2], |
Antimatter | [1], |
Antiparticles | [1], |
Antireflection coatings | [1], |
Antisite defects | [1], |
Antiteilchen | [1], [2], |
Anvil | [1], |
Anvil; sword in | [1], |
Apatite | [1], |
Aphrodite; reward for good swords | [1], |
Apple | [1], |
Applications | [1], |
Appreciation of art | [1], |
Approximation; classical particles are | [1], |
Approximations, in second law | [1], |
Approximations; free electron gas | [1], |
Aquamarin | [1], |
Aquamarine | [1], |
Ar | [1], |
Arbeit | [1], |
Arbeitspunkt maximaler Leistung | [1], |
Arbeitspunkt, einer Solarzelle | [1], |
Arbeitspunkt; einer Solarzelle | [1], |
Arc welding | [1], [2], |
Archaeometallurgy | [1], |
Archeologist; classical | [1], |
Archeometallurgy | [1], [2], |
Architects | [1], |
Ardre image stone VIII | [1], |
Area density | [1], |
Area emitting LED | [1], |
Area; needed for solar power | [1], |
Areal moment of inertia | [1], [2], |
Aristotle explains steel | [1], |
Aristotle is wrong | [1], |
Aristotle's 5th element | [1], |
Aristotle; always wrong | [1], [2], |
Armarna | [1], |
Armarna letters | [1], [2], [3], |
Arming sword; definition | [1], |
Arondight; name | [1], |
Arrangement; in combinatorics | [1], [2], [3], |
Arrhenius Darstellung; der Leerstellenkonzentration | [1], |
Arrhenius Diagramm | [1], |
Arrhenius plot | [1], [2], [3], [4], [5], [6], [7], |
Arrhenius-Plot | [1], [2], |
Arrheniusbeziehung | [1], |
Arrheniusgerade | [1], |
Arsenic bronze | [1], |
Arsenic copper | [1], |
Arsenic in old steel | [1], |
Arsenic steel | [1], |
Arsenic; alloying element | [1], |
Arsenic; elemental semiconductor | [1], |
Arsine | [1], [2], [3], |
Arslan Tepe | [1], [2], [3], |
Art of crystal growing | [1], |
Art; pattern welded swords | [1], |
Art; swords are works of | [1], |
Artefakt | [1], |
Articles in Hypescripts | [1], |
Artifacts in defect etching | [1], [2], |
Artifacts in etching | [1], |
Ash; constitution | [1], |
Ashby | [1], |
Asikli Hoeyuek | [1], |
Askeri Museum | [1], |
Askeri museum; Istanbul | [1], |
Aspect ratio | [1], [2], |
Assignment 1 | [1], |
Assignment 2 | [1], |
Assignment 3 | [1], |
Association entropy; of a vacany - foreign atom complex | [1], |
Assyrian empire | [1], [2], [3], |
Assyrian iron | [1], |
Assyrian traders | [1], |
Assyrians and iron | [1], |
Astigmatism | [1], |
Astrologie | [1], |
Astronomische Einheit | [1], |
Asymmetrische Diode | [1], [2], |
Ataktische Polymerketten | [1], |
Atom | [1], [2], |
Atom percent | [1], |
Atom percent vs. weight percent | [1], |
Atom percent; concentration | [1], |
Atom polarization | [1], [2], |
Atom-Hanteln | [1], |
Atom; meaning of word | [1], |
Atomare Defekte | [1], [2], [3], [4], |
Atomare Fehlstellen | [1], [2], [3], |
Atomare Masseneinheit | [1], |
Atomarer Defekt | [1], |
Atome | [1], |
Atome; sichtbar gemacht | [1], |
Atomebenen | [1], |
Atomformfaktor | [1], |
Atomic conc. to weight conc. | [1], |
Atomic force microscope | [1], [2], [3], [4], [5], |
Atomic Jump Measurement; for diffusion | [1], |
Atomic number | [1], |
Atomic size defects | [1], |
Atomkern | [1], |
Atomkerndurchmesser | [1], |
Atompolarisation | [1], |
Atomradius | [1], |
Atoms | [1], [2], |
Atoms movement and change | [1], |
Atoms, and steel | [1], |
Atoms, moving them | [1], |
Atomstrahlen; zur Strukturanalyse | [1], |
Attenuation index; of light | [1], [2], |
Attenuation of light | [1], [2], |
Attila rides again | [1], |
Attila's sword; symbol of divine favor | [1], |
Attribute not in the list | [1], |
Attributes | [1], |
Attributes, of a format | [1], |
Audi; and the Al car body | [1], |
Audience | [1], |
Audience; know your | [1], |
Audio; in homepage | [1], |
Audiovisuelle Module | [1], |
Aufenthaltswahrscheinlichkeit | [1], [2], [3], [4], [5], [6], [7], |
Aufgespaltenen Versetzung | [1], |
Auflösung; bei Mikroskopie | [1], |
Aufpunkt | [1], |
Aufweichungszone; der Fermiverteilung | [1], [2], |
Auger recombination | [1], [2], [3], [4], [5], |
Ausbreitung von Mikrorissen | [1], |
Ausbreitungsgeschwindigkeit; einer Welle | [1], |
Ausgedehnte AF | [1], |
Ausgeschmierte Elektronen | [1], [2], |
Ausheilen; von Implantationsdefekten | [1], [2], |
Auslöschungsregel | [1], |
Auslöschungsregel für fcc | [1], [2], |
Ausscheidung | [1], [2], |
Ausscheidungen | [1], [2], [3], |
Ausscheidungen; für Härtung | [1], |
Ausscheidungshärtung; in Stahl | [1], |
Austauschmischkristall | [1], |
Austempering | [1], |
Austenit | [1], [2], [3], [4], |
Austenite | [1], [2], [3], [4], [5], [6], [7], |
Austenite stabilizers | [1], |
Austenitic stainless steels | [1], |
Austenitic steel | [1], [2], [3], [4], |
Austenitic steel; 18/8 | [1], |
Austenitic steels | [1], |
Austenitischer Stahl | [1], |
Austrasia | [1], |
Austrittsarbeit | [1], |
Auswahlregeln | [1], |
Auswahlregeln; für Spektroskopie | [1], |
Automatic functions in Hyperscripts | [1], |
Auxilia; Roman | [1], |
Avalanche breakdown | [1], [2], [3], |
Average roughness | [1], |
Averages; and stat. thermodynamics | [1], |
Avogadro constant | [1], [2], |
Avogadrokonstante | [1], [2], |
Avogadros constant | [1], |
Avogradro number | [1], |
Awls; making | [1], |
Axial modes | [1], |
Azurite | [1], [2], |
B, | |
b-lattice | [1], |
Babylonian empire; Neo | [1], |
Bachelor, study course | [1], |
Bachelor; of Materials Science | [1], [2], [3], [4], [5], |
Back-end; MEMS | [1], |
Back-surface field; solar cell | [1], |
Backbone 1 | [1], [2], [3], |
Backbone 2 | [1], [2], [3], |
Backbone I modules | [1], |
Backbone II modules | [1], |
Backbone modules | [1], |
Background color in gif | [1], [2], |
Backsword; definition | [1], |
Bad Bank; und Solarik | [1], |
Bahndrehimpuls | [1], |
Bahndrehimpulsquantenzahl | [1], |
Bahnmomente; magnetische | [1], |
Bahnwiderstände | [1], [2], |
Bain | [1], |
Bain transformation | [1], |
Bainit | [1], [2], [3], |
Bainite | [1], [2], [3], [4], [5], [6], [7], |
Bainite and austempering | [1], |
Bainite and tempered steel | [1], |
Bainite, pseudo phase | [1], |
Bainite, upper | [1], |
Bainite; applications | [1], |
Bainite; lower | [1], |
Baisc modules | [1], |
Bake-hardening steel | [1], |
Bakelit | [1], |
Balancing energy and entropy | [1], |
Ballistic carriers | [1], |
Balmer Spektrum | [1], |
Balmung | [1], [2], [3], [4], |
Balmung; magical sword of Siegfried | [1], |
Balmung; Siegfried's sword | [1], |
Balmung; sword name | [1], |
Band bending | [1], |
Band gap | [1], [2], |
Band gap; ternary compounds | [1], |
Band gaps | [1], |
Band-band recombination channel | [1], [2], [3], |
Band-Band Übergänge | [1], [2], |
Band-Band-Übergänge | [1], [2], [3], |
Banddiagramm | [1], [2], |
Banddiagramme; und Klassifikation Materialien | [1], |
Bandgap | [1], [2], [3], |
Bandgap engineering | [1], |
Bandgap type; ternary compound | [1], |
Bandgap; defining quality | [1], |
Banding | [1], [2], |
Banding mechanisms | [1], |
Bandkanten | [1], |
Bandluecke | [1], |
Bandlücke | [1], |
Bandlücke; 1. Definition | [1], |
Bandstruktur | [1], |
Bandstruktur; reduzierte Darstellung | [1], |
Bandverbiegung | [1], [2], [3], [4], |
Bandverbiegung; und elektrische Felder | [1], [2], |
Bankers | [1], |
Banning phosphorous | [1], |
Barbaricum | [1], |
Barium titanate | [1], [2], |
Bariumtitanat, und Kondensatoren | [1], |
Barrel reactor | [1], [2], |
Bars; iron | [1], |
Base metals | [1], [2], |
Base of a crystal | [1], [2], [3], |
Base of a cystal | [1], |
Base of bipolar transistor | [1], [2], [3], |
Base of crystal | [1], |
Base transit time | [1], |
Base vectors; of lattice | [1], |
Base; of solar cell | [1], [2], |
Basic equation for PD nirvana | [1], |
Basic motives of sagas | [1], |
Basic principle of SEM | [1], |
Basic problem with allyoing | [1], |
Basic Si units | [1], |
Basic units | [1], [2], |
Basics modules | [1], |
Basics modules of the hyperscript | [1], |
Basics of diffusion | [1], |
Basis | [1], [2], |
Basis; des Kristalls | [1], |
Basis; eines Kristalls | [1], |
Basisbegriff | [1], |
Basisebene; hex. Gitter | [1], [2], |
Basiseinheiten | [1], |
Basisvektoren | [1], [2], |
Basisvektoren; des Kristallgitters | [1], |
Basket hilt sword | [1], |
Batch process | [1], [2], [3], |
Batterien | [1], |
Batteries | [1], [2], [3], [4], [5], [6], |
Battery; weight | [1], [2], |
Battle of Jericho | [1], |
Battle of Poitiers | [1], [2], |
Battle of Tours | [1], |
Baur-Graessler Diagram | [1], [2], [3], |
Bayer Solar | [1], |
bcc Gitter | [1], |
BCS-Theorie | [1], |
Be cool | [1], |
Beam bending and Galileo | [1], |
Beam bending equation | [1], |
Beam-splitting polarizers | [1], [2], |
Beam; definition | [1], |
Beamer | [1], [2], |
Beamers; and MEMS | [1], |
Beams; bending of | [1], [2], |
Beatles | [1], |
Beer | [1], [2], [3], [4], [5], |
Beer and swords | [1], |
Beer brewing and charcoal | [1], |
Beer cans | [1], |
Beer's law | [1], |
Beer, and Ostwald ripening | [1], |
Beer; and decay of excited states | [1], [2], |
Beer; and riveting | [1], |
Before Present time | [1], |
Beleuchteter pn-Übergang | [1], |
Bell laboratories; the most famours research labs in the world around 1960 | [1], |
Bell Labs | [1], |
Bellows | [1], |
Bellows efficiency | [1], |
Bellows; powered | [1], |
Bellows; smelting | [1], |
Benard cells | [1], |
Bending of Beams | [1], [2], |
Bending; definition | [1], |
Benighted US units | [1], |
Beobachter | [1], |
Beowulf, source | [1], |
Bereich I; der plastischen Verformung | [1], |
Bergkristall | [1], [2], |
Berliner Weisse | [1], |
Bernstein | [1], |
Berserker figures (?) | [1], |
Berserkers | [1], |
Berthollet | [1], [2], |
Beryl | [1], |
Beryll | [1], |
Beschleunigte Tests; für Alterung | [1], |
Besetzung; von Zuständen | [1], |
Besetzungswahrscheinlichkeit | [1], |
Bessemer converter | [1], [2], |
Bessemer process | [1], [2], [3], |
Bessemer prozess | [1], |
Bessemer steel | [1], |
Bessemerbirne | [1], |
Bessemerprozeß | [1], |
Bestrahlung und AF | [1], |
Beton; als Verbundwerkstoff | [1], |
Betrag einer komplexen Zahl | [1], [2], |
Betriebswirtschaft | [1], |
Betriebswirtschaftslehre; 1. Hauptsatz | [1], |
Better; central credo | [1], |
Beugung | [1], [2], |
Beugung am Doppelspalt | [1], |
Beugung an an periodischen Strukturen | [1], |
Beugung; Ewald Konstruktion | [1], |
Beugungsbild; im TEM | [1], |
Beugungsstruktur; Verfahren dazu | [1], |
Beweglichkeit | [1], [2], [3], [4], |
Beweglichkeit der Löcher | [1], |
Beweglichkeit und Diffusionskoeffizient | [1], |
Beweglichkeit, und Diffusionskoeffizient | [1], |
Beweglichkeit; Definition | [1], [2], [3], [4], [5], |
Beweglichkeit; der Ladungsträger | [1], [2], |
Beweglichkeit; und Dotierung | [1], |
Beweglichkeit; und Stöße | [1], [2], |
Beweglichkeit; von Ladungsträgern | [1], |
Bible | [1], |
Bible; and iron | [1], |
Bier und Stahl | [1], [2], |
Bier, und der Zerfall angeregter Zustände | [1], |
Big Bang | [1], [2], [3], |
Bildgebende Verfahren der Strukturanalyse | [1], |
Bildungsenergie | [1], |
Bildungsenthalpie der Leerstelle | [1], [2], [3], |
Bildungsentropie der Leerstelle | [1], |
Billets | [1], |
Billhook; definition | [1], |
Billion (und Milliarde) | [1], |
Billion - angelsächsisch | [1], |
Billion / trillion confusion | [1], |
Billion, German type | [1], |
Billion; American type | [1], |
Billion; aufpassen!!! | [1], |
Binary phase diagrams | [1], |
Binding energy | [1], |
Binding enthalpy; of a vacancy - foreign atom complex | [1], |
Binding potential | [1], |
Binding potential, Young's modulus | [1], |
Bindungen und E-Modul | [1], |
Bindungsarme | [1], |
Bindungsenergie | [1], [2], [3], [4], [5], [6], [7], [8], [9], |
Bindungsenergien; Faustregel dazu | [1], |
Bindungspotential | [1], |
Bindungspotential; allgemeine Form | [1], |
Bindunspotential | [1], |
Binminalkoeffizient | [1], |
Binomial coefficient | [1], [2], [3], [4], [5], |
Binomialkoeffizient | [1], |
Binomialkoeffizient; und Leerstellen | [1], |
Binominal coefficient | [1], |
Binäres system | [1], |
Bio fuel | [1], |
Biological gemstones | [1], |
Biologie; und Bindungen | [1], |
Bioluminescence | [1], |
BioMEMS | [1], |
Bipolar Transistor | [1], [2], [3], [4], [5], |
Bipolar transistors | [1], [2], |
Bipyamidal bars | [1], |
Birch bark tar | [1], |
Birds beak | [1], [2], |
Birefringence | [1], |
Bit | [1], |
Bits; minimum number | [1], |
Bivalve mold | [1], |
Black art | [1], [2], [3], |
Black art; CIGS solar cells | [1], |
Black art; wet etching | [1], |
Black body radiation | [1], [2], |
Black body radiator | [1], |
Black box; dielectric as | [1], [2], |
Black box; for p-n junctions | [1], |
Black smith | [1], |
Blade; of sword | [1], |
Blade; stiffness of | [1], |
Blakeslee | [1], |
Blast furnace | [1], [2], [3], |
Blast furnace; early | [1], |
Bleikristall | [1], |
Bleistift | [1], |
Blindleistung; Im Dielektrikum | [1], |
Blister steel | [1], [2], [3], |
Bloch Theorem | [1], [2], [3], |
Bloch wall | [1], [2], |
Bloch wave | [1], |
Bloch-Theorem | [1], |
Blochwand | [1], |
Blochwellen | [1], |
Blood court at Cannstatt | [1], |
Bloom | [1], [2], [3], [4], [5], [6], [7], [8], |
Bloom processing | [1], |
Bloom removal | [1], |
Bloom, costs | [1], |
Bloom; what is a | [1], |
Bloomeries make wrought iron? | [1], |
Bloomeries; schematic | [1], [2], |
Bloomery | [1], |
Bloomery furnace | [1], [2], |
Bloomery type furnace | [1], |
Blooms | [1], |
Blow pipe | [1], [2], |
Blowpipe problems | [1], |
Blowpipe; smelting | [1], |
Blowpipes | [1], |
Blue LEDs | [1], |
Blue ray disc | [1], |
Blueing | [1], |
Bluetooth | [1], |
Body | [1], |
Body centered cubic | [1], |
Body centered cubic crystal | [1], |
Body language | [1], |
Bog bodies (Moorleichen) | [1], |
Bog Iron | [1], [2], |
Bogazkoey | [1], |
Bogazköy | [1], |
Bohr magneton | [1], [2], |
Bohrs model | [1], [2], |
Bohrsche Quantenbedingung | [1], |
Bohrsches Atommodell | [1], |
Bohrsches Magneton | [1], [2], [3], |
Bohrsches Postulat | [1], |
Bohrsches Postulat; die Wahrheit | [1], [2], [3], [4], |
Boiling points; metals | [1], |
Bold script for index words | [1], |
Bollmann | [1], [2], [3], |
Bollmann theory | [1], |
Boltzmann constant | [1], [2], |
Boltzmann distribution | [1], [2], [3], [4], [5], [6], |
Boltzmann factor | [1], [2], [3], |
Boltzmann factor; probability | [1], |
Boltzmann Faktor | [1], |
Boltzmann Konstante | [1], |
Boltzmann statistics | [1], |
Boltzmann Statistik | [1], |
Boltzmann Verteilung; Definition | [1], |
Boltzmann's constant | [1], [2], [3], |
Boltzmann's entropy equation | [1], |
Boltzmann, Ludwig | [1], |
Boltzmann-Konstante: Zahlenwert | [1], |
Boltzmann-Näherung | [1], |
Boltzmann-Verteilung | [1], [2], |
Boltzmannfaktor | [1], [2], [3], [4], |
Boltzmannfaktor und -verteilung | [1], |
Boltzmannfaktor; beim Korngrenzenkriechen | [1], |
Boltzmannkonstante | [1], [2], [3], [4], |
Boltzmannnäherung; der Fermiverteilung | [1], [2], [3], [4], |
Boltzmanns entropy equation | [1], [2], |
Boltzmannverteilung | [1], [2], |
Boltzmannverteilung und -faktor | [1], |
Bolzmannverteilung | [1], |
Bonding among atoms | [1], |
Bonding energy | [1], |
Bonding energy of vacancies | [1], |
Bonding techniques | [1], [2], |
Bonding; Si Wafer | [1], |
Bone; composite material | [1], |
Book: Haasen | [1], |
Book; Iron and steel in ancient times | [1], |
Bookmark | [1], |
Bookmark bug in Hotmetal | [1], |
Bookmark link | [1], |
Bookmark shortcut | [1], |
Books | [1], |
Books: | [1], [2], |
Books: Ashby and Jones; Engineering Materials 1 und 2 | [1], [2], |
Books: Askeland | [1], [2], |
Books: Askeland; The Science and Engineering of Materials | [1], [2], |
Books: Atkins | [1], |
Books: Barrett | [1], [2], |
Books: Bohm | [1], |
Books: Bollmann | [1], |
Books: Fasching, Werkstoffe für die Elektrotechnik | [1], [2], |
Books: Gerthsen | [1], [2], [3], |
Books: Haken und Wolf: Atom- und Quantenphysik | [1], [2], |
Books: Harrison | [1], |
Books: Hayes and Stoneham | [1], [2], [3], [4], [5], |
Books: Heuberger | [1], |
Books: Hirth and Lothe | [1], |
Books: Hornbogen | [1], [2], |
Books: Hummel, Electronic Properties of Materials | [1], [2], |
Books: Ilschner | [1], [2], |
Books: Jones; Materials Science for Electrical and Electronic Engineers | [1], [2], |
Books: Kittel | [1], [2], |
Books: Kittel, Kroemer | [1], |
Books: Materials in Action Series | [1], [2], |
Books: Muench | [1], |
Books: Murarka and Peckerar Electr. Mat. Sci. + Techn. | [1], |
Books: Murarka, Peckerar: Electr. Mat. Sci.+Techn. | [1], [2], |
Books: Münch, Werkstoffe der Elektrotechnik | [1], [2], |
Books: Ohrring | [1], |
Books: R.P. Baumann: Modrn thermodynamics with Statistical Mechanics | [1], |
Books: Schatt | [1], [2], |
Books: Smith | [1], [2], |
Books: Warnes; Electronic Materials | [1], [2], |
Books: Wedler | [1], |
Boosting productivity | [1], |
Borgruppe Elemente | [1], |
Bornite | [1], |
Boron in steel | [1], |
Bosch process | [1], |
Bosch: and MEMS | [1], |
Bose-Einstein distribution | [1], |
Bose-Einstein statistics | [1], |
Bose-Einstein Verteilungsfunktion | [1], [2], |
Bosonen | [1], [2], [3], |
Bosonen; und Verteilungsfunktion | [1], |
Bosons | [1], [2], |
Botzmann distribution | [1], [2], |
Boudouard Equilibrium | [1], |
Boudouard reaction | [1], |
Bound exciton | [1], |
Boundary conditions for E and H | [1], |
Boundary conditions; for free electron gas | [1], [2], [3], |
Bowing of compressed specimen | [1], |
Bragg angle | [1], |
Bragg condition | [1], |
Bragg-Bedingung; vektorielle Form | [1], |
Bragg-Beziehung | [1], |
Bragg-condition | [1], |
Bragg-Gesetz | [1], |
Bragg-Reflexe | [1], |
Bragg-Winkel | [1], |
Brain microscope | [1], |
Brass | [1], [2], [3], [4], |
Brass; phase diagram | [1], |
Brattain | [1], [2], [3], |
Brauerei; und Matwis | [1], |
Bravais Gitter | [1], |
Bravais lattices | [1], [2], [3], [4], [5], [6], [7], [8], |
Bravais-Gitter | [1], |
Bravaisgitter | [1], |
Brazing | [1], |
Brazing; fire welding | [1], |
Brechungsindex | [1], [2], |
Brechungsindex; komplex | [1], |
Breite der Raumladungszone | [1], [2], |
Breitschwert | [1], |
Brescian Process | [1], |
Brewster angle | [1], [2], [3], |
Bright field | [1], |
Brille | [1], |
Brillouin construction | [1], |
Brillouin Konstruktion der Beugung | [1], |
Brillouin Zone | [1], |
Brillouin zones | [1], |
Brine for quenching | [1], |
Brinell hardness | [1], |
British empire | [1], |
British Standard Intitute; steel codes | [1], |
Brittle fracture | [1], |
Brittle fracture | [1], |
Brittle to ductile transition | [1], |
Brittleness and dislocation movement | [1], |
Brittleness; or shortness | [1], |
Brittleness; velocity of deformation | [1], |
Broadsword; definition | [1], |
Bronce | [1], |
Bronce age | [1], |
Bronze | [1], [2], [3], [4], |
Bronze age collapse | [1], [2], |
Bronze age time line | [1], |
Bronze Age; concept | [1], |
Bronze Age; Hesiod's | [1], |
Bronze swords | [1], |
Bronze; arsenic | [1], |
Bronze; phase diagram | [1], |
Bronze; tin | [1], |
Brouwer diagram | [1], |
Brownian motion | [1], |
Browsers | [1], |
Bruch | [1], |
Bruch; perfekter Kristall | [1], |
Bruchmechanik | [1], |
Bruchspannung | [1], |
Brunhilda; the Real | [1], |
Brunia | [1], |
Brush polishing | [1], |
Buch-Podlodov; sword type | [1], |
Buckling; of thin films | [1], |
Buckminster-Fulleren | [1], |
Bucky balls | [1], [2], |
Buffer layer | [1], |
Buffer layer; solar cell | [1], |
Buffer oxide | [1], [2], [3], [4], |
Building element notation | [1], [2], |
Building elements | [1], |
Built-in potential | [1], |
Bulad egg | [1], |
Bulk defects | [1], |
Bulk micro defects in Si | [1], [2], |
Bulk microdefects | [1], [2], [3], |
Bulk modulus | [1], [2], |
Bulk Si solar cell | [1], |
Burden | [1], |
Burden; in a smelter | [1], |
Burden; in smelter | [1], [2], |
Burden; smelting | [1], |
Burger's circuit | [1], |
Burgers circuit | [1], |
Burgers vector | [1], [2], [3], [4], [5], |
Burgers vector analysis | [1], |
Burgersumlauf | [1], [2], |
Burgersvektor | [1], [2], |
Burgersvektor einer Versetzung | [1], |
Burgersvektor; einer Versetzung | [1], |
Burgundy | [1], |
Buried layer | [1], [2], |
Burrus type LED | [1], |
Butt welding | [1], |
Buttler-Volmer | [1], |
Buttons in forms | [1], |
C, | |
Cabuchon cut | [1], |
CaF2 Birefringence, Purity and 157 nm Technology | [1], |
Caladbolg; sword name | [1], |
Calamine | [1], |
calcite; birefringence | [1], |
Calcium carbonate; nacre | [1], |
Calcium fluoride lenses | [1], |
Calcium phosphate | [1], |
Calcium phosphate; bones | [1], |
Calciumfluoridstruktur | [1], |
Calculus; what it's good for | [1], |
Caloric | [1], |
Calx | [1], |
Camembert | [1], [2], |
Camera ready manuscript | [1], |
Camlibel Tarlasi stone hammers | [1], |
Campfire smelting | [1], [2], |
Can Hasan | [1], |
Can Hassan mace head | [1], |
Cannon; cast iron for | [1], |
Cannstatt blood court | [1], |
Canterbury-Kopki; sword type | [1], |
Cantilevers; and MEMS | [1], |
capacitance | [1], |
Capacitance of a SCR | [1], |
Capacitance of SCR | [1], [2], |
Capacitive sensing | [1], |
Capacitor dielectric | [1], [2], |
Capacitors | [1], [2], |
Capillary forces; MEMS | [1], |
Capitulary | [1], |
Capture cross section | [1], |
Car; and power | [1], |
Carbide formers | [1], [2], [3], |
Carbide formers; strong | [1], |
Carbide formers; very strong | [1], [2], |
Carbon | [1], |
Carbon black | [1], |
carbon dioxide formation | [1], |
Carbon dioxide; smelting | [1], |
Carbon fiber composites | [1], |
Carbon for metal carbodes | [1], |
Carbon in iron; visualization | [1], |
Carbon in steel | [1], |
Carbon is an extrinsic interstitial | [1], |
Carbon makes steel; discovery | [1], |
Carbon monoxide | [1], [2], |
carbon monoxide formation | [1], |
Carbon nanotubes | [1], [2], |
Carbon steel does not exist | [1], [2], |
Carbon steels | [1], |
Carbon-based life forms | [1], |
Carbon-equivalent | [1], |
Carbon; etymology | [1], |
Carbonfaser - Kunststoffverbund | [1], |
Carborundum | [1], |
Carbothermic reaction | [1], [2], |
Carbuncle | [1], |
Carburization | [1], |
Carburizing | [1], |
Cardano | [1], |
Carnelian | [1], |
Carnelian decoration; Luristan sword | [1], |
Carolingians | [1], |
Carp's tongue sword | [1], |
Carrier statistics | [1], |
Carrier type and concentration; measurement | [1], |
Carthage | [1], |
Case hardening | [1], [2], |
Case hardening and katanas | [1], |
Casimir Effect; and NEMS | [1], |
Cassiterite | [1], [2], |
Cast iron | [1], [2], [3], [4], [5], [6], [7], |
Cast iron from bloomery | [1], |
Cast iron vs. cast-iron | [1], |
cast iron; blast furnace | [1], |
Cast iron; smelting | [1], |
Cast iron; white | [1], |
Cast- iron | [1], |
Cast-iron | [1], [2], [3], |
Casting | [1], [2], |
Casting steel | [1], |
casting iron | [1], |
Casting of elemental metals age | [1], |
Casting of Silicon | [1], |
Casting requirements | [1], |
Casting; basics of | [1], |
Casting; multi-crystalline Si | [1], |
Catal Höyük | [1], |
Catal Höyük lead bead | [1], |
Catalan Forge | [1], |
Catalan furnace | [1], |
Categorizing steels | [1], [2], |
Cathode (for electron beams) | [1], [2], |
Cathode ray tube | [1], [2], |
Cathode ray tubes | [1], [2], |
Cathode; battery | [1], [2], |
Cathodes | [1], [2], |
Cathodoluminescence | [1], [2], [3], |
Cation interstitial | [1], [2], |
Cation vacancy | [1], [2], [3], |
Cations; definition | [1], |
Causality | [1], |
Cavities; and MEMS | [1], |
Cayoenue Tepesi copper beads | [1], |
Cayönü Tepesi | [1], |
CCT diagrams; construction | [1], |
Cell padding | [1], |
Cell spacing | [1], |
CELLO technique | [1], |
Cellular growth | [1], |
Celsius | [1], |
Celtic cities | [1], |
Celtic graves | [1], |
Celtic sword, pattern welded | [1], |
Celtic sword; anthropoid hilt | [1], |
Celtic swords; analyzed | [1], |
Celtic swords; anthropoid | [1], |
Celtic swords; Polybius | [1], |
Celts | [1], |
Celts in Roman writings | [1], |
Cementation | [1], |
Cementation; gold, silver | [1], |
Cementite | [1], [2], [3], [4], [5], |
Cementite in bands | [1], |
Cementite in sheets | [1], |
Cementite lattice | [1], |
Center of gravity; blade | [1], |
Center-line cracking | [1], |
Centigrades | [1], |
Centimeter-gram-second units | [1], |
Centimeters; metric syystem | [1], |
Central credo; semiconductor technology | [1], |
Ceramic | [1], |
Ceramics | [1], [2], |
Ceramics, oldest | [1], |
Cerium; alloying element | [1], |
Cermet | [1], [2], |
Cerrusite | [1], |
cgs Einheiten | [1], |
cgs Einheitensystem | [1], |
cgs units | [1], |
Chain mail | [1], |
Chain mail; Vimose | [1], |
Chair Holder | [1], |
Chalcedony | [1], |
Chalcocite | [1], |
Chalcogenides; semiconductor | [1], |
Chalcolithic age | [1], |
Chalcolithicum | [1], |
Chalcopyrite | [1], |
Chaldean era | [1], |
Chalkogene | [1], [2], [3], |
Chalkogenides | [1], |
Chalyb | [1], |
Chalybs | [1], |
Chalzedon | [1], |
Changdao | [1], |
Changing properties; atom movement | [1], |
Channel in a MOS transistor | [1], [2], |
Chape; of scabbard | [1], |
Charcoal | [1], [2], [3], [4], |
Charcoal and beer | [1], |
Charcoal production | [1], |
Charcoal Technoloy | [1], [2], [3], [4], [5], [6], |
Charcoals and magic | [1], |
Charcoals for smelting | [1], |
Charge equilibrium | [1], [2], |
Charge neutrality condition | [1], [2], |
Charge of particles | [1], |
Charged vacancies | [1], |
Charpy impact test | [1], [2], |
Chastity belt | [1], [2], |
Cheaper; central credo | [1], |
Cheating in science | [1], |
Check program for Hyperscripts | [1], |
Check program in Hyperscripts | [1], |
Checkboxes | [1], |
Chemcal kinetics | [1], |
Chemical Compound | [1], |
Chemical compound; ore | [1], |
Chemical dry etching | [1], [2], |
Chemical energy | [1], |
Chemical equilibrium | [1], [2], [3], [4], [5], [6], |
Chemical etching; anisotropic | [1], |
Chemical force | [1], |
Chemical kinetics | [1], |
Chemical mechanical polishimg | [1], [2], [3], [4], |
Chemical potential | [1], [2], [3], [4], [5], [6], [7], [8], |
Chemical potentials | [1], [2], |
Chemical properties | [1], |
Chemical symbols | [1], |
Chemical vapor deposition | [1], [2], [3], [4], |
Chemical-mechanical polishing | [1], [2], [3], [4], |
Chemie | [1], [2], |
Chemiker | [1], |
Chemiluminescence | [1], |
Chemische Potential; von Elektronen in einem Kontakt | [1], |
chemische Bindung | [1], |
Chemische Reaktion; und Gleichgewicht | [1], |
Chemisches Gleichgewicht | [1], [2], |
Chemisches Potential | [1], [2], [3], [4], |
chemische_Materialklassifikation | [1], |
Chemisorbtion | [1], |
Chemistry | [1], |
Chemoluminescence | [1], |
Cheopspyramide | [1], |
Cherubim | [1], |
Cherubim; Hagia Sophia | [1], |
Chevron pattern | [1], [2], [3], |
Chill crystals | [1], |
Chimney | [1], |
China (and steel) | [1], |
China and steel | [1], |
Chip | [1], [2], [3], [4], [5], |
Chip area | [1], [2], |
Chip power dissipation | [1], [2], |
Chip size development | [1], [2], |
Chip; = integrierte Schaltung | [1], |
Chip; als Produkt der Materialwissenschaft | [1], [2], |
Chip; definition | [1], |
Chip; factory for making | [1], |
Chips | [1], [2], [3], [4], |
Chips; as components | [1], [2], |
Chips; und Dotierung | [1], [2], |
Chladnische Klangfiguren | [1], |
Chladnischen Klangfiguren | [1], |
christ | [1], |
Christianity conversion; Constantine I | [1], |
Christianity; and sagas | [1], |
Christianity; and sword symbols | [1], |
Christians; ages of man | [1], |
Chromatic aberation | [1], |
Chromium in steel | [1], |
Chromium steels | [1], |
Chromium; and stainless steel | [1], |
Chromium; corrosion resistance | [1], |
Chrysocolla | [1], |
Chrysopras | [1], |
CIGS production | [1], |
Cinnabar | [1], |
Circular polarization | [1], |
Circular wave | [1], |
Cirular polariziation; making | [1], |
Cis configuration | [1], |
Citrin | [1], |
Citrine | [1], |
Civilian movement | [1], |
Class sheet | [1], |
Class; rank and swords | [1], |
Classes | [1], |
Classical particles; there are no | [1], |
Clausius-Mosotti equation | [1], [2], |
Clay | [1], |
Claymore; definition | [1], |
Claíomh Solais | [1], |
Clean steel | [1], [2], |
Cleaning of equipment | [1], [2], |
Cleanroom | [1], [2], [3], |
cleanroom garments | [1], [2], |
Clearing up images | [1], |
Cleavage planes in semiconductors | [1], |
Climate catastrophe | [1], |
Climate change; and ST | [1], |
Climb (of dislocations) | [1], |
Climb of dislocations | [1], [2], [3], |
Climb; of dislocations | [1], [2], |
Close packing of atoms | [1], |
Clusters of sagas | [1], |
CMOS Technik | [1], [2], |
Coal | [1], [2], [3], |
Coal-gas | [1], |
Cobalt in steel | [1], |
Cockchafer grubs; quenching | [1], |
Coercity | [1], |
Coercivity | [1], [2], |
Coherence length | [1], [2], |
Coherence of light | [1], |
Coherence; lattice | [1], |
Coherency dislocations | [1], |
Coherency strain | [1], |
Coherent boundaries | [1], |
Coherent interface | [1], |
Coherent ledges | [1], |
Coherent light | [1], |
Coherent steps | [1], |
Coincidence Site Lattice | [1], [2], [3], [4], |
Coins; first | [1], |
Coke | [1], [2], [3], [4], |
Coke for blast furnace | [1], |
Colada | [1], [2], [3], |
Colada; sword name | [1], |
Cold fusion; ethics of science | [1], |
Cold liquid for quenching | [1], |
Cold shortness explained | [1], |
Cold shortness; and P | [1], |
Cold shortness; critical temperature | [1], |
Coldshort | [1], |
Collagen | [1], |
Collector | [1], [2], [3], |
Color | [1], |
Color Etches | [1], |
Color icon | [1], |
Color number | [1], [2], |
Color of steel | [1], |
Color, hexadecimal code | [1], |
Colors; and frequency | [1], |
Colossus of Rhodes | [1], [2], |
Columbium | [1], [2], |
Column of atoms | [1], |
Columnar grains in multi-crystalline Si | [1], |
Columns in module matirx | [1], |
Combinations; in combinatorics | [1], [2], [3], |
Combinations; math of | [1], [2], [3], |
Combinatorics | [1], [2], [3], [4], |
Comment | [1], |
Compact Disc Read Only Memory | [1], |
Compacting bloom | [1], |
Comparison of feature size; of ICs | [1], [2], |
Competition; and science | [1], |
Compiler language | [1], |
Complementary MOS | [1], [2], |
Complete pattern shift lattice | [1], |
Complex index of refraction | [1], [2], [3], |
Complex magnetic permeability | [1], [2], |
Complex notation; for harmonic oscillator | [1], [2], |
Complex phase steel | [1], |
Complexes | [1], |
Compliant substrate | [1], [2], |
Compliant substrates | [1], [2], |
Components; and semiconductor technology | [1], [2], |
Components; phase rule | [1], |
Composite bow | [1], |
Composite material; steel is a | [1], |
Composite Materials | [1], |
Composite properties | [1], |
Composite steel; instead of damascene | [1], |
Composite sword | [1], [2], |
Composite swords | [1], |
Composition | [1], |
Composition; for categorizing | [1], |
Compound Material | [1], |
Compound material nacre | [1], |
Compound semiconductors | [1], [2], |
Compression factor; jpeg | [1], |
Compression modulus | [1], |
Compression; images | [1], |
Compressive strain; at a dislocation | [1], |
Compressive stress | [1], [2], |
Compressive stress testing | [1], |
Compressive Testing | [1], |
Compromising; the art of making solar cells | [1], |
Comptom Effekt | [1], |
Compton effect | [1], |
Compton Effekt | [1], [2], |
Conan the Barbarian | [1], |
Concave lens | [1], |
Concave mirror | [1], |
Concentration profile | [1], |
Concentration as density | [1], |
Concentration change; diffusion | [1], |
Concentration conversion | [1], |
Concentration in phase diagram | [1], |
Concentration profile measurements | [1], |
Concentration units | [1], |
Concentrations | [1], |
Concentrator solar cell | [1], |
Conditioned return | [1], |
Conducting polymers | [1], [2], [3], |
conducting rods polarizer | [1], |
Conductivity | [1], [2], |
Conductivity; measurement | [1], |
Conductivity; tensor | [1], |
Conductors; non-metallic | [1], [2], |
Congress hall Berlin | [1], |
Conjugated bonds; org. semiconductors | [1], |
Conjugated polymer | [1], [2], |
Conservation of crystal momentum | [1], |
Conservation of particles/charge | [1], |
Conservative movement of dislocations | [1], |
Constant current generator; solar cell | [1], |
Constant of nature | [1], |
Constant Potential | [1], |
Constant strain rate; tensile testing | [1], |
Constantan | [1], [2], |
Constantinople | [1], |
Constitution and Properties of Steel; Book | [1], |
Constitutional supercooling | [1], [2], [3], [4], |
Constructive interference | [1], |
Consumption; of energy | [1], |
Contact angle | [1], |
Contact hole | [1], [2], |
Contact materials | [1], [2], |
Contact resistance | [1], [2], [3], [4], |
Contact voltage | [1], [2], [3], [4], [5], |
Contact welding | [1], [2], |
Contacts | [1], [2], |
Contacts between conductors | [1], [2], |
Contacts; and solar cells | [1], |
Contamination | [1], |
Continous cooling | [1], |
Continous cooling transformation | [1], |
Continous wave Laser | [1], |
Continous-Temperature-Transformation diagrams | [1], |
Continuation of power; sword as symbol | [1], |
Continuity assumption | [1], |
Continuity equation | [1], [2], [3], [4], |
Contrast analysis | [1], |
Contrast in TEM | [1], |
Contrast transfer function. | [1], |
Convectice flow | [1], |
Convection | [1], [2], [3], |
Convection cells | [1], |
Conversion centigrade to Kelvin | [1], |
Conversion of concentrations | [1], |
Convex lens | [1], [2], |
Cooling and decay of excited states | [1], |
Cooling down, and excited states | [1], |
Cooling half-time | [1], |
Cooling rate | [1], [2], [3], |
Copenhagen; museum guide | [1], |
Copernicus and money theory | [1], |
Copper age | [1], [2], [3], |
Copper Age; definition | [1], |
Copper beads Cayoenue Tepesi | [1], |
Copper drill; never found | [1], |
Copper group | [1], |
Copper in steel | [1], |
Copper prills | [1], |
Copper purification | [1], |
Copper smelting | [1], [2], |
Copper wagon; Metropolitan Museum NYC | [1], |
Copper, first metal | [1], |
Copper-Indium-Gallium-Selenide; solar cell | [1], [2], [3], |
Copper; etymoloy | [1], |
Coppicing | [1], |
Copyright | [1], |
Copyright; problems | [1], |
Coriolis force | [1], |
Cornwall tin | [1], |
Corpuscularianism | [1], |
Correlation effects; in diffusion | [1], |
Correlation factor | [1], |
Corrosion of steel | [1], |
Corrosion resistance | [1], [2], [3], [4], [5], |
Corrosion; interface property | [1], |
Corten steel | [1], [2], |
Corund | [1], [2], |
Corus | [1], |
Cost decrease; solar cell | [1], |
Cost issue | [1], |
Cost of materials | [1], |
Costs and allyoing | [1], |
Costs of light sources | [1], |
Costs; of solar energy | [1], [2], [3], |
Cotrell-Bilby cloud | [1], |
Coulombkraft | [1], |
Coulter | [1], |
Coulter; Bible | [1], |
Covalent crystals; and multi vacancies | [1], |
Covellite | [1], |
Covered electrodes | [1], |
Cr-equivalent | [1], |
Crack tip stress | [1], |
Crazing | [1], |
Credit points; for the seminar | [1], |
Creditpoints | [1], |
Creep | [1], |
Creep resistance | [1], [2], |
Creep; defined | [1], |
Critical angle | [1], |
Critical cooling rates | [1], |
Critical current density | [1], [2], |
Critical radius for nuclei | [1], |
Critical shear stress | [1], [2], |
Critical siez; for nuclei | [1], |
Critical stress intensity factor | [1], |
Critical temperature DTB | [1], |
Critical thickness for epitaxial layers | [1], |
Crocea Mors, sword name | [1], |
Cross section of a blade | [1], |
Cross-section; and beam bending | [1], |
Cross-sensitivity; sensor | [1], [2], |
Crowdion | [1], |
Crowdion I | [1], |
Crowdion II | [1], |
Crown glass | [1], |
Crucible | [1], [2], |
Crucible growth | [1], [2], [3], |
Crucible Steel | [1], |
Crucible steel and Ulfbehrt | [1], |
Crucible steel work shops | [1], |
Crucible steel; first appearance | [1], |
Crusade | [1], |
Crusaders | [1], |
Crusades | [1], |
Crystal | [1], [2], [3], |
Crystal and temperature | [1], |
Crystal anisotropy amd magnetism | [1], [2], |
Crystal defects in chips | [1], [2], |
Crystal detector radio | [1], |
Crystal growth and ponit defects | [1], |
Crystal lattice | [1], |
Crystal lattice defects | [1], |
Crystal momentum | [1], [2], [3], |
Crystal momentum conservation | [1], |
Crystal originated particles or pits | [1], |
Crystal water | [1], |
Crystal; als Bezeichnung für Glaswaren | [1], |
Crystal; base of | [1], |
Crystal; making from lattice | [1], |
crystal; meaning glass | [1], |
Crystal; wrong | [1], |
Crystallization | [1], |
Crystallization water | [1], |
Crystalloluminescence | [1], |
Crystral structures; of most semiconductors | [1], |
CsCl structure | [1], |
Cu - In - Ga - Se - S compound | [1], |
Cu - In - Se | [1], |
Cuase and effect | [1], |
Cubic body centered lattice | [1], |
Cubic close packed lattice | [1], |
Cubic face centered lattice | [1], |
Cubic lattices | [1], [2], |
Cubic primitive lattice | [1], |
Cuboid; normal deformation | [1], |
Cuneiform | [1], [2], |
Cuneiform for beer | [1], |
Cupel | [1], |
Cupellation | [1], |
Cupellation; silver | [1], |
Cuprite | [1], |
Curie law | [1], [2], |
Curie point | [1], |
Curie Temperatur | [1], |
Curie temperature | [1], [2], [3], [4], [5], [6], |
Curie-Weiss law | [1], [2], |
Curietemperatur | [1], |
Currency bars | [1], |
Current and Voltage Oscillations | [1], [2], |
Current burst theory | [1], |
Current collector; in battery | [1], [2], |
Current density | [1], [2], [3], [4], [5], |
Current density; and curretn | [1], |
Current efficiency of light generation | [1], |
Current matching; multi-junction solar cell | [1], |
Current oscillations in time | [1], [2], |
Current-voltage characteristics of a p-n-junction | [1], |
Current; and current density | [1], |
Currents; and moving interfaces | [1], |
Currents; examples for | [1], |
Curtana | [1], |
Curtana; sword name | [1], |
Curtana; sword of mercy | [1], |
Curtana; the Queen's | [1], |
Cut of gemstones | [1], |
Cutlass; definition | [1], |
Cycle time, of wave | [1], |
Cycling temperature; wootz | [1], |
Cylinder coordinates for dislocations | [1], [2], |
Cyprus iron; quotes | [1], |
Cyprus; early iron | [1], |
Czochralski | [1], [2], |
Czochralski method of crystal growth | [1], [2], |
Czochralski method; crystal growth | [1], [2], |
Cäsiumchlorid Struktur | [1], |
D, | |
D-defects in Si | [1], |
D-Defekte | [1], |
d-Orbitale | [1], |
Daedalus, and Wayland | [1], |
Daisho | [1], |
Dallerup | [1], |
Dalton | [1], |
Daltons | [1], |
Damascene swords | [1], [2], |
Damascene technique | [1], |
Damascene techniques | [1], [2], |
Damascene technology | [1], [2], |
Damascene; meaning | [1], |
Damascene; true | [1], [2], |
Damascening; and Engelhardt | [1], |
Damascening; definition | [1], |
Damascus | [1], |
Damascus steel | [1], |
Damascus Steel; book | [1], |
Damask fabric | [1], |
Damasqui; sword maker | [1], |
Damaszener Stahl | [1], [2], |
Damaszenerklingen | [1], |
Damaszenerstahl; als Verbundwerkstoff | [1], |
Damaszenertechik | [1], |
Damocles sword | [1], |
damped current oscillation | [1], |
Damped driven oscillator; and MEMS | [1], |
Damping constant; for light | [1], [2], |
Damping of light | [1], |
Dangling bonds | [1], [2], [3], [4], |
Dark Age No 1 | [1], |
Dark ages | [1], |
Dark ages, and sagas | [1], |
Dark energy | [1], |
Dark etching acicular aggregates | [1], |
Dark field | [1], |
Dark matter | [1], |
Dash etch | [1], |
Dash process | [1], [2], [3], [4], [5], |
Dating from ice cores | [1], |
Dating swords; hilts | [1], |
Dazugehörig, korrekt, eigentlich | [1], [2], |
de Broglie Beziehung | [1], [2], [3], [4], [5], |
de Broglie equation | [1], |
de Broglie-Relation | [1], |
De Re Metallica | [1], [2], |
De-carburization | [1], |
Deal-Grove model | [1], [2], |
Debey-Scherrer-Verfahren | [1], |
Debris | [1], |
Debunking wootz | [1], |
Deby Abschirmung | [1], |
Debye | [1], [2], [3], [4], |
Debye equations | [1], [2], |
Debye lenght | [1], |
Debye length | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], [13], [14], [15], |
Debye Temperatur | [1], |
Debye temperature | [1], [2], |
Debye-Länge | [1], [2], |
Debyelänge | [1], [2], |
Decay of excited states; beer | [1], |
Decomposition; phase diagram | [1], |
Deep drawing cup test | [1], |
Deep level recombination channel | [1], |
Deep level transient spectroscopy | [1], [2], |
Deep levels | [1], [2], |
Deep states | [1], |
Deep ultra-violet | [1], [2], |
Default in forms | [1], |
Defect etching | [1], |
Defect decoration | [1], |
Defect engineering | [1], [2], [3], |
Defect etchant | [1], |
Defect etches | [1], |
Defect etching | [1], [2], |
Defect properties | [1], |
Defect recombination | [1], [2], |
Defect sensitive property; fracture toughness | [1], |
Defect spinel | [1], |
Defect zoo | [1], |
Defects and steel | [1], |
Defects and nucelation | [1], |
Defects and properties | [1], |
Defects on chips. | [1], [2], |
Defects; in crystals | [1], |
Defekt | [1], |
Defekt;_Oberfläche_als | [1], |
Defektdimensionalität | [1], |
Defekte im Kristall | [1], |
Defekte; und Bruch | [1], |
Defektelektronen | [1], [2], |
Defining defects | [1], |
Definition der Fermienergie | [1], |
Definition of a phase | [1], |
Definition of partial dislocations | [1], |
Definition of phase | [1], |
Deflection curve; beam bending | [1], |
Deflection detection; MEMS | [1], |
Deflection; bending beams | [1], |
Deformation and microstrucure control | [1], |
Deformation diagrams | [1], |
Deformation hardening | [1], |
Deformation; general | [1], |
Degen | [1], |
Degrees of freedom; phase rule | [1], |
Dehnung | [1], [2], |
Dehnung; Unterschied zu Verformung | [1], |
Dehnungstensor | [1], |
Delta phase | [1], [2], |
Dendrite | [1], |
Dendrite growth | [1], |
Dendrites; and small-angle grain boundaries | [1], |
Dendritic growth | [1], [2], [3], |
Denglish | [1], |
Denker | [1], |
Denmark iron; quotes | [1], |
Density and porosity; measurement | [1], [2], |
Density of carriers | [1], [2], |
Density of charcoal | [1], |
Density of electrons; basic formula | [1], |
Density of particles | [1], |
Density of precipitates | [1], |
Density of states | [1], [2], [3], |
Density; packing of spheres and | [1], |
Dent | [1], |
Denuded zone | [1], |
Denuded zones | [1], |
Deoxyribonucleic acid | [1], |
Depletion | [1], [2], [3], [4], [5], |
Depolarization factor | [1], [2], |
Depth of focus | [1], [2], [3], |
Design rules | [1], [2], |
Designer defects | [1], |
Designer steel | [1], |
Designers | [1], |
Designeruniversum | [1], |
Designing a steel | [1], |
Desorption | [1], |
Destructive interference | [1], |
Destruktive Interferenz | [1], |
Desynchronisation of local oscillators | [1], [2], |
Detektoren; optisch | [1], |
Determinant of a matrix | [1], |
Determinismus | [1], |
Deutsche Milliarde | [1], [2], |
Device size considerations | [1], |
Device speed | [1], |
De_Re_Metallica | [1], |
Di-vacancy | [1], [2], |
Diamagnete | [1], |
Diamagnetic Material | [1], [2], [3], [4], [5], |
Diamagnetische Materialien | [1], [2], |
Diamagnets | [1], [2], |
Diamant | [1], [2], [3], |
Diamant Struktur | [1], |
Diamantgitter | [1], [2], |
Diamantstruktur | [1], [2], |
Diamond | [1], [2], |
Diamond as metastable phase | [1], |
Diamond is carbon | [1], |
Diamond structure | [1], [2], [3], |
Diamond type crystal lattice | [1], |
Diamond, etymology | [1], |
Diamond, or graphite | [1], |
Diamond; as heat sink | [1], |
Diamond; elemental semiconductor | [1], |
Diamond; phase of carbon | [1], |
Diamonds | [1], |
Diamonds; and defects | [1], |
Diamonds; girl's best friend | [1], |
Dichroism | [1], |
Dichte Kugelpackung | [1], |
Dichte; Berechenbarkeit | [1], |
Dichteanomalie | [1], |
Dichtest gepackte Ebenen | [1], |
Dichteste Kugelpackung | [1], [2], [3], [4], [5], [6], |
Dictionary English - German | [1], |
Dictionary in menu bar | [1], |
Die; wire making | [1], |
Dielectric as Black Box | [1], [2], |
Dielectric breakdown field strength; measurements | [1], |
Dielectric constant | [1], [2], [3], [4], |
Dielectric constant; relative | [1], [2], [3], |
Dielectric failure | [1], [2], [3], |
Dielectric function | [1], [2], [3], [4], [5], [6], |
Dielectric function of water | [1], [2], [3], |
Dielectric function; black box definition | [1], [2], [3], [4], [5], |
Dielectric materials | [1], [2], |
Dielectric relaxation time | [1], [2], |
Dielectric susceptibility | [1], [2], [3], [4], [5], [6], |
Dielectric tensor | [1], |
Dielektrikum | [1], |
Dielektrikum; für Gate | [1], |
Dielektrische Funktion | [1], [2], [3], [4], |
Dielektrische Relaxation | [1], |
Dielektrische Verluste | [1], [2], |
Dielektrizitätskonstante; wg. Dipolmoment | [1], [2], [3], [4], |
Dietrich von Berlichingen | [1], |
Differential cooling | [1], |
Differential dilatometry; vacancy concentration | [1], |
Differential dissolution | [1], |
Differential equation | [1], |
Differential gain factor | [1], |
Differential operators; in spherical coordinates | [1], [2], |
Differential thermal expansion | [1], [2], |
Differential thermo analysis | [1], |
Difficult metals smelting | [1], |
Difficult metals; definition | [1], |
Diffraction condition in TEM | [1], |
Diffraction grating | [1], |
Diffraction pattern | [1], |
Diffraction vector | [1], |
Diffraction; definition | [1], [2], |
Diffractrometer, neutron; and Si | [1], |
Diffraktometer; für Röntgenstrahlung | [1], |
Diffundieren gleich statistisch herumhüpfen | [1], |
Diffusion | [1], [2], [3], [4], [5], |
Diffusion - multiple discovery controversy | [1], |
Diffusion = random walk | [1], |
Diffusion and carburization | [1], |
Diffusion and point defects | [1], |
Diffusion barrier | [1], [2], [3], [4], [5], |
Diffusion capacitance | [1], [2], |
Diffusion coefficent | [1], [2], [3], |
Diffusion coefficients of carriers | [1], [2], [3], |
Diffusion current in p-n-junction | [1], |
Diffusion current; electrical | [1], [2], [3], |
Diffusion currents | [1], |
Diffusion energy | [1], |
Diffusion in iron | [1], |
Diffusion in Si | [1], |
Diffusion lenght | [1], |
Diffusion lenght, total | [1], |
Diffusion lenght; IU characteristics | [1], [2], |
Diffusion length | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], |
Diffusion limited oxidation reaction | [1], [2], |
diffusion losses | [1], |
Diffusion mechanisms | [1], |
Diffusion of carbon interstitials | [1], |
Diffusion of iron atoms | [1], |
Diffusion profile | [1], [2], [3], [4], |
Diffusion via interstitials | [1], |
Diffusion via vacancies | [1], |
Diffusion, and segregation | [1], |
Diffusion, pre-exponential factor, | [1], |
Diffusion, von Elektronen und Löchern | [1], |
Diffusion; definition | [1], |
Diffusion; penetration depth | [1], |
Diffusion; solar cell | [1], |
Diffusionlänge | [1], |
Diffusionsenergie | [1], |
Diffusionsgleichungen | [1], [2], |
Diffusionskoeffizient; von Elektronen und Löchern | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], |
Diffusionslaenge; Anwendung bei Polymeren | [1], |
Diffusionslänge | [1], [2], [3], [4], [5], [6], [7], |
Diffusionsmechanismen animiert | [1], [2], |
Diffusionsprofil | [1], |
Diffusionsstrom | [1], [2], [3], [4], |
Diffusionsstrom; elektrisch | [1], [2], [3], |
Diffusionströme | [1], |
Diffusions_Koeffizienten | [1], |
Diffusiosnkoeffizient; von Elektronen und Löchern | [1], |
Diffusive transformation | [1], |
Diffuson barrier | [1], |
Digital formats; in the library | [1], |
Digital light processing | [1], [2], |
Digital micromirror device | [1], |
Digital versatile disc | [1], |
Digital; Transistor | [1], [2], |
Digitial imaging | [1], |
Dilatometry | [1], |
Dimensionalität, von Kristalldefekten | [1], |
Diode | [1], [2], [3], [4], |
Diode equation | [1], [2], |
Diode type heterojunction | [1], |
Diode, asymmetrisch | [1], [2], |
Diode; p-n-Kontakt als | [1], [2], |
Diodengleichung | [1], [2], |
Diodengleichung bei Beleuchtung | [1], |
Diodengleichung; bei Beleuchtung | [1], |
Diodenkennlinie; des Schottky Kontakts | [1], |
Diodenkennlinie; experimentell | [1], |
Diodenkennlinie; vollständige Gleichung | [1], |
Dioptre | [1], |
Diploma, study course | [1], |
Dipol-Dipol Wechselwirkung | [1], [2], |
Dipol; elektrischer | [1], |
Dipole fields | [1], |
Dipole moment | [1], [2], |
Dipole resonance | [1], [2], [3], [4], |
Dipole; und Dielektrika | [1], |
Dipoles | [1], |
Dipolmoment | [1], |
Dipolmoment; bei Molekülen | [1], |
Dirac Gleichung | [1], [2], [3], [4], [5], |
Dirac-Gleichung | [1], |
Direct diffusion | [1], |
Direct diffusion mechanism | [1], [2], |
Direct dissolution | [1], |
Direct energy consumption | [1], |
Direct recombination | [1], [2], |
Direct semiconductors | [1], |
Direct sun light | [1], |
Direction of propagation | [1], |
Directional solidification | [1], |
Directionality of sunlight | [1], |
Directions, Miller Indices | [1], |
Direkte Diffusion | [1], |
Direkte Halbleiter | [1], [2], [3], [4], |
Dirt; or unintentional impurites atoms | [1], |
Dirty; definition of | [1], |
Disclination | [1], [2], |
Disclinations | [1], |
Discontinuity; hetero junctions | [1], |
Discontinuity; in the band diagram | [1], |
Discovery of native metals | [1], |
Discovery or invention? | [1], |
Discovery, or invention | [1], |
Disloactions; and stress relaxation | [1], |
Dislocation | [1], [2], |
Dislocation climb | [1], [2], |
Dislocation core | [1], [2], [3], |
Dislocation core radius | [1], [2], |
Dislocation debris | [1], |
Dislocation generation | [1], |
Dislocation knot | [1], |
Dislocation line | [1], [2], |
Dislocation loop | [1], |
Dislocation movement and yield stress | [1], |
Dislocation, making of a | [1], |
Dislocation-free silicon crystals | [1], |
Dislocation; energy of a | [1], |
Dislocation; forces between | [1], |
Dislocation; perfect | [1], |
Dislocation; stress and strain | [1], |
Dislocations | [1], |
Dislocations and plastic deformation | [1], [2], |
Dislocations in bcc lattices | [1], [2], |
Dislocations in Si | [1], |
Dislocations in the diamond lattice | [1], |
Dislocations movement, and plastic deformation | [1], |
Dislocations science | [1], |
Dislocations; as device killers | [1], [2], |
Dislocations; perfect | [1], |
Dispersion function | [1], |
Dispersion properties | [1], |
Dispersion relation; of light in vacuum | [1], |
Dispersion; optical | [1], |
Dispersionsfunktion | [1], [2], |
Dispersionspartikel | [1], |
Dispersionspartikel; für Härtung | [1], |
Dispersionsrelation | [1], [2], [3], [4], |
Dispersionsrelation; freie Elektronen | [1], |
Displacement currents | [1], [2], |
Displacement field | [1], [2], |
Displacement, and strain | [1], |
Display; OLED | [1], |
Displays; optoelectronic | [1], |
Dissipation; von Energie | [1], [2], [3], |
Dissociative mechanism | [1], [2], |
Dissolved foreign atoms | [1], |
Dissolved impurity atoms | [1], |
Distal tapering | [1], |
Distance between charges in dipoles | [1], [2], |
Distortion; from dislocations | [1], |
Distortions; and Volterra | [1], |
Distribution coefficient | [1], |
Distribution function | [1], |
Distribution; energy | [1], |
Divacancy | [1], |
Divide cells, rows and columns in a table | [1], |
Divorced eutectoid transformation | [1], |
Dog piss; and herapathite | [1], |
Dog piss; and polarization | [1], |
Dollar; Taler | [1], |
Domain structure; from minimizing free enthalpy | [1], [2], |
Domain wall energy | [1], [2], |
Domain walls | [1], [2], [3], |
Domesday book | [1], |
Domänen, Pinning | [1], |
Domänen; magnetische | [1], |
Domänenwände | [1], |
Domänwandenergie | [1], |
Donator | [1], |
Donatoren | [1], |
Donatorniveau | [1], |
Donors | [1], |
Dopant activation | [1], |
Doping | [1], [2], [3], |
Doping and electrical properties | [1], |
Doping by diffusion | [1], [2], |
Doping organic semiconductors | [1], |
Doping silicon | [1], [2], |
Doping with vacancies | [1], |
Doping, of SiC | [1], |
Doping; and defects | [1], |
Doping; conducting polymers | [1], [2], |
Doping; prime technical property | [1], |
Doppelhelix | [1], |
Doppelleerstellen | [1], [2], |
Doppelschlitzexperiment | [1], |
Dose | [1], |
Dose of ion implantation | [1], [2], |
Dotieren | [1], [2], |
Dotierter Halbleiter | [1], |
Dotiertes Silizium | [1], |
Dotierung; im Raumbild | [1], |
Double edged sword of Jesus | [1], |
Double Goddess | [1], |
Double hetero junction | [1], |
Double pyramid bars | [1], [2], |
Double pyramid iron bars | [1], [2], |
Double refraction | [1], |
Double slit experiment | [1], [2], [3], |
Double slit interference experiment | [1], |
Drachen | [1], |
Dragon's blood | [1], |
Dragon's blood; quenching | [1], |
Drain | [1], [2], |
Drain of a MOS transistor | [1], [2], |
Drain; eines MOS Transistors | [1], [2], |
Drawability | [1], |
Drawing a wire | [1], |
Drawings; vector graphics | [1], |
Dreckeffekte | [1], [2], [3], |
Drehachse; bei Gittern | [1], |
Drehimpuls | [1], |
Dreidimensional; Kraft und Potential | [1], |
Dreidimensionale Defekte | [1], [2], [3], [4], |
Dreikörperproblem | [1], |
Dresden zulfiqar | [1], |
Dresden; Museum guide | [1], |
Drift current | [1], [2], |
Drift current in a p-n junction | [1], |
Drift velocity | [1], [2], [3], [4], [5], [6], |
Drift velocity; of fly swarm | [1], [2], [3], |
Driftgeschwindigkeit; von Ladungsträgern | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], |
Driftgeschwindigleit; von Ladingsträgern in Halbleitern | [1], |
Driftstrom | [1], [2], |
Driven damped oscillator; and MEMS | [1], |
Driving force | [1], |
Driving force and martensite | [1], |
Driving force; definition | [1], |
Driving force; diffusion | [1], |
Driving force; example for | [1], |
Driving forces | [1], [2], |
Driving forces humanized | [1], |
Drop down boxes in forms | [1], |
Dross | [1], [2], |
Druck | [1], |
Druck (Maßeineit) | [1], |
Druck; atomistisch betrachtet | [1], |
Druck; und Impuls | [1], |
Drunken sailor walk | [1], [2], |
Dry etching | [1], [2], |
Dry etching; MEMS | [1], |
Dry oxidation | [1], [2], |
DSC lattice | [1], [2], [3], |
DSC-lattice | [1], [2], [3], [4], |
Dual Phase Steel | [1], |
Ductile fracture | [1], |
Ductile materials, stress - strain curve | [1], |
Ductile to brittle transition | [1], |
Ductile-to-brittle in fcc crystals | [1], |
Ductile-to-brittle transition | [1], [2], |
Ductility of Si; at high temperatures | [1], |
Ductility; definition | [1], [2], |
Duktil | [1], |
Duktiler Bruch | [1], |
Duktilität | [1], [2], |
Duktilät; bei Schwertern | [1], |
Dulong-Petitsche Regel | [1], [2], [3], |
Dumbbell | [1], |
Dunkle Energie | [1], [2], |
Dunkle Materie | [1], |
Duplex stainless steels | [1], |
Durchschlag; elektrischer in RLZ | [1], [2], |
Durchschlagsfestigkeit | [1], |
Durendal | [1], |
Durendal, sword name | [1], |
Durendal; sword of Roland | [1], |
Duroplast | [1], |
Duroplaste | [1], |
Duroplaste; die Monomere | [1], |
Dwarfes; and lawn gnomes | [1], |
Dwarfs; magic sword makers | [1], |
Dynamic carrier equilibrium | [1], |
Dynamic equilibrium | [1], |
Dynamic random access memory | [1], [2], [3], [4], [5], |
Dynamisches Gleichgewicht | [1], [2], [3], [4], [5], [6], |
Dämpfung; im Oszillator | [1], |
Dämpfungskoeffizienten | [1], |
E, | |
E Pluribus Unum | [1], |
E-Modul | [1], [2], |
E-Modul eines Verbundwerkstoffs; Formeln | [1], |
E-Modul von Elastomeren | [1], |
E-Modul; Faustregel | [1], |
Early Bronze Age | [1], |
Earth | [1], |
Earthenware | [1], |
Earthenware art | [1], |
Easy casting; eutectic | [1], |
Easy directions (in ferromagnets) | [1], [2], |
ebene Wellen | [1], |
Ebenen im Gitter | [1], |
Ebenen in einem Kristall | [1], |
Ebenen; Hyperskript | [1], |
Ebenen; in einem Kristall | [1], |
Ebenenschar | [1], |
Eckesachs | [1], [2], [3], [4], |
Eckesachs; sword name | [1], |
Eckesachs; sword of Theoderic the Great | [1], |
Economics and ethics | [1], |
Economy of scale; iron production | [1], |
Economy of size | [1], |
Economy of Size; furnace | [1], |
Edda | [1], [2], |
Eddy currents | [1], |
Eddy currents; in magnetic materials | [1], [2], |
Edel | [1], [2], |
Edelgas | [1], |
Edelgase | [1], [2], |
Edelsteine | [1], [2], |
Edge coverage | [1], [2], |
Edge dislocation | [1], [2], [3], |
edge dislocation; invention of the | [1], |
Edge dislocations; and steps | [1], |
Edge dislocations; misfit | [1], |
Edge emitting LED | [1], [2], |
Edge Isolation; solar cell | [1], |
Edge rounding | [1], [2], |
Edge-on view; problems | [1], |
Edge; of sword | [1], |
Editing tables | [1], |
Effctive mass | [1], |
Effective density of states | [1], [2], |
Effective segregation coefficient | [1], [2], |
Effektive Zustandsdichte | [1], [2], [3], [4], [5], [6], |
Effektiven Zustandsdichten; Zahlen | [1], |
Effi Briest | [1], |
Efficacy; luminous | [1], |
Efficiency increase; solar cell | [1], |
Efficiency of light sources | [1], |
Efficiency solar cell | [1], |
Efficiency; LED | [1], |
Efficiency; of light generation | [1], |
Efficiency; of solar cells | [1], [2], [3], [4], [5], [6], |
Efficiency; solar cell | [1], [2], |
Effusion cell | [1], |
EFG solar Si | [1], |
Eigendrehimpuls; des Elektrons | [1], |
Eigenschaften | [1], [2], |
Eigenschaften und atomarer Aufbau | [1], [2], |
Eigenschaften von Materialien | [1], [2], |
Eigenschaftsliste | [1], |
Eigenschwingungen | [1], |
Eigenzwischengitteratom | [1], [2], |
Ein Elektron - oder viele? | [1], |
Ein-Elektron-Näherung | [1], |
Einachsiger Druck | [1], |
Einachsiger Zug | [1], |
Eindimensionale Defekte | [1], [2], [3], [4], |
Einfachgleitung | [1], |
Einfachleerstelle | [1], |
Einfrieren; von Strukturen | [1], |
Einheitswürfel | [1], |
Einheitszelle | [1], [2], |
Einkristall | [1], [2], |
Einkristalle | [1], |
Einkristalle, Silizium | [1], |
Einlagerungsmischkristall | [1], |
Einstein | [1], [2], [3], |
Einstein and diffusion | [1], |
Einstein Beziehung | [1], |
Einstein coefficient for stimulated absorption | [1], [2], |
Einstein relation | [1], [2], |
Einstein, Albert | [1], [2], |
Einstein-Nernst Beziehung | [1], |
Einstein-Smoluchowski relation | [1], [2], [3], [4], [5], [6], [7], [8], [9], |
Einstein; a Suebian | [1], |
Einstein; photoelectric effect | [1], |
Einstein; stimulated emission | [1], |
Eisen | [1], |
Eisen; und Stahl | [1], |
Eisenbahn | [1], [2], |
Eisenblüte | [1], |
Eisenzeit | [1], |
Elamite art | [1], |
Elamite Empire | [1], |
Elastic behaviour | [1], |
Elastic coefficients | [1], [2], |
Elastic curve; beam bending | [1], |
Elastic deformation | [1], |
Elastic deformation of metals | [1], |
Elastic field of a dislocation | [1], [2], |
Elastic moduli; conversion | [1], |
Elastic moduli; thin films | [1], [2], |
Elastic parameters | [1], |
Elastic scatteirng | [1], |
Elasticity | [1], |
Elasticity theory; basics for dislocations | [1], |
Elastische Koeffizenten | [1], |
Elastische Streuung | [1], |
Elastische Verformung | [1], [2], [3], |
Elastitzitätstheorie | [1], |
Elastizitätsmodul | [1], [2], [3], [4], |
Elastizitätsmodul; und DK | [1], |
Elastomer | [1], |
Elastomere | [1], [2], |
Elastomere; die Monomere | [1], |
Elatomere | [1], |
Elba | [1], |
elctropolishing | [1], |
Elder Edda | [1], |
Eleastische Streuung | [1], |
Electrets | [1], [2], |
Electric arc furnace | [1], |
Electric car | [1], [2], |
Electric charge of particles | [1], |
Electric field strength | [1], [2], |
Electric properties of steel | [1], |
Electric susceptibility of vacuum | [1], [2], |
Electrical break down field strength | [1], |
Electrical breakdown | [1], [2], [3], [4], |
Electrical diffusion current | [1], [2], [3], |
Electrical dipoles | [1], |
Electrical discharge | [1], |
Electrical displacement | [1], [2], |
Electrical field strength | [1], |
Electrical flux density | [1], [2], |
Electrical properties; thin films | [1], [2], |
Electrical steel | [1], |
Electricial energy needs; personal | [1], |
Electricity and very high temperatures | [1], |
Electricity; key to modern living | [1], |
Electro beam induced current microscopy | [1], |
Electro Steel | [1], |
Electro-optic Kerr effect | [1], |
Electro-smelting very difficult metals age | [1], |
Electrochemical Equilibrium | [1], [2], |
Electrochemical etching | [1], [2], |
Electrochemical potential | [1], [2], |
Electrochromic materials | [1], [2], |
Electroluminescence | [1], [2], [3], |
Electroluminescence from solar cell | [1], |
electrolyte; in battery | [1], [2], |
Electrolyte; solar cell | [1], |
Electrolytes | [1], [2], |
Electrolytic breakdown | [1], [2], |
Electromagnet | [1], |
Electromagnetic lenses | [1], |
Electromagnetic wave; and dielectrics | [1], [2], [3], [4], [5], |
Electromigration | [1], [2], |
Electron | [1], |
Electron beam induced current | [1], |
Electron beam lithography | [1], [2], [3], [4], |
Electron diffraction | [1], |
Electron gas | [1], [2], [3], |
Electron microcopes; for seeing | [1], |
Electron microscope; scanning | [1], |
Electron microscopes | [1], [2], |
Electron spin resonance | [1], [2], [3], [4], |
Electron tubes | [1], [2], |
Electroneutrality | [1], |
Electronic grade poly-Si | [1], |
Electronic grade Si | [1], [2], |
Electronic Polarization | [1], [2], |
Electronically active defects | [1], |
Electrons | [1], |
Electrons in semiconductors | [1], |
Electronvolt; definition | [1], [2], |
Electrostatic actuators | [1], |
Electrostriction | [1], [2], |
Electrum | [1], [2], |
Elektrete | [1], |
Elektrische Eigenschaften; Ionenkristalle | [1], |
elektrische Feld; und Verschiebungsdichte | [1], |
Elektrische Felder; und Bandverbiegungen | [1], [2], |
Elektrische Feldkonstante | [1], |
elektrische Leitfähigkeit | [1], [2], [3], [4], [5], [6], |
elektrische Leitung | [1], |
elektrische Stromdichte, Teilchenströme und | [1], |
Elektrischen Durchschlag | [1], |
elektrischer Dipol | [1], [2], [3], |
Elektrischer Strom und Teilchenstrom | [1], |
Elektrischer Strom; und Diffusionsstrom | [1], [2], |
elektrischer Widerstand | [1], |
elektrisches Dipolmoment | [1], |
Elektrisches Feld; und Bandverbiegung | [1], [2], |
Elektrisches Potential | [1], [2], |
Elektrochemie | [1], |
Elektrolytischer Durchschlag | [1], |
Elektromagnetische Linsen | [1], |
Elektromagnetische Wellen | [1], |
Elektromigration | [1], |
Elektronegativitaet | [1], |
Elektronegativität | [1], |
Elektronegativität; Zahlenwerte | [1], |
Elektronen | [1], [2], [3], [4], [5], |
Elektronen in Festkörpern | [1], |
Elektronen; magnetisches Moment | [1], |
Elektronen; und Gleichverteilungssatz | [1], |
Elektronenaffinität | [1], [2], [3], |
Elektronenbeugung | [1], |
Elektronendichte | [1], |
Elektronendichte, plot | [1], [2], |
Elektronendurchmesser; klassisch | [1], |
Elektronengas | [1], [2], [3], [4], |
Elektronenhülle | [1], |
Elektronenmikroskop | [1], |
Elektronenmikroskop; Durchstrahlung | [1], |
Elektronenstrahlen | [1], |
Elektronenstrahlen; zur Strukturbestimmung | [1], |
Elektronenstrahlsysteme | [1], |
Elektronenvolt | [1], [2], |
Elektroneutralität | [1], [2], [3], |
Elektronische Polarisation | [1], |
Elektrosmog | [1], [2], |
Elektrostatisches Gleichgewicht | [1], |
Elektrotechnik | [1], |
Elektrotechnik; Ursprünge der | [1], |
Element crystal | [1], |
Elemental crystal | [1], |
Elementare magnetische Einheit | [1], |
Elementarladung | [1], [2], [3], |
Elementarteilchen | [1], [2], [3], |
Elementary cell | [1], [2], [3], |
Elementary charge | [1], [2], [3], [4], |
Elementary particles | [1], |
Elementarzelle | [1], [2], |
Elements in steel; details | [1], |
Elements of objects | [1], |
Elements; and semiconductors | [1], |
Ellipsometer | [1], |
Ellipsometry | [1], |
Elliptically polarized light | [1], |
Elongation: tensile test | [1], |
Elymap | [1], |
ELYMAT | [1], [2], |
Embedding pictures | [1], [2], [3], |
Embrittlement of steel | [1], |
Emerald | [1], |
Emerging technology; MEMS | [1], |
Emission characteristic of light | [1], |
Emission probability for electrons | [1], [2], |
Emitter of a bipolar transistor | [1], [2], [3], |
Emitter; of a solar cell | [1], [2], |
Emitter; of solar cell | [1], |
Empirical engineering | [1], |
Empirie; und Materialwissenschaft | [1], |
Empty space; Greek philosopy | [1], |
emrs_strasbourg | [1], |
Enabling device; Laser | [1], |
Enabling technology; MEMS | [1], [2], |
End of the Roman Empire | [1], |
Energetisch angeregte Zustände | [1], |
Energie dissipation | [1], [2], [3], |
Energie einer Welle | [1], |
Energie-Orbitale | [1], |
Energie; eines Lochs | [1], |
Energie; und Temperatur | [1], |
Energieaufspaltung | [1], |
Energieband | [1], [2], |
Energiebarriere bei Nukleation | [1], |
Energiebänder | [1], [2], |
Energiedissipation; statt Reibung | [1], |
Energieeigenwert | [1], |
Energieeinspeisegesetz | [1], |
Energieentartung | [1], [2], [3], |
Energieerhaltungssatz | [1], [2], [3], [4], [5], [6], |
Energiegewinn; treibende Kraft | [1], |
Energiegewinnung; und Halbleiter | [1], |
Energiekrise | [1], |
Energielücke | [1], [2], [3], [4], |
Energielücken | [1], |
Energieniveau | [1], [2], |
Energieniveau; einer Schwingung | [1], [2], |
Energieniveau; für ein Elektron | [1], |
Energienullpunkt; auf Vakuumniveau | [1], |
Energietönung | [1], |
Energy and bonding | [1], |
Energy conservation | [1], |
Energy conservation in optics | [1], |
Energy consumption | [1], |
Energy Content of Bio-Fuel | [1], |
Energy crisis | [1], [2], |
Energy crisis; and ST | [1], |
Energy flow furnace | [1], |
Energy gap | [1], |
Energy harvesting | [1], |
Energy in a crystal | [1], |
Energy in sun light | [1], |
Energy is conserved | [1], |
Energy levels of point defects in a band gap | [1], |
Energy pay back time | [1], |
Energy pay-back time; solar cells | [1], |
Energy per length of dislocation | [1], |
Energy plants | [1], |
Energy splitting; at the BZ | [1], |
Energy, of wave | [1], |
Energy-dispersive X-ray spectroscopy | [1], |
Energy; definition | [1], |
Energy; solar cell | [1], |
Engineer mode | [1], |
Engineering steel | [1], |
English East India Company | [1], |
English; the language of science | [1], |
Ensemble | [1], |
Ensemble average | [1], [2], [3], |
Ensemble; thermodynamisches | [1], |
Entartung | [1], [2], [3], [4], |
Entartung: von Zustaenden | [1], |
Entartung; bei Halbleitern | [1], |
Entartung; bzgl der Energie des freien Elektronengases | [1], |
Enthalpie | [1], [2], [3], [4], |
Enthalpie: Etymologie | [1], |
Enthalpy | [1], [2], [3], |
Entropie | [1], [2], [3], [4], [5], |
Entropie und Information | [1], |
Entropie; als treibende Kraft für Verschmutzung | [1], [2], |
Entropie; Etymologie | [1], [2], [3], |
Entropie; klassische Definition | [1], |
Entropie; nach Clausius | [1], |
Entropie; und Information | [1], |
Entropie; und Unordnung | [1], |
Entropie; von Elastomeren | [1], |
Entropiebarriere | [1], |
Entropieformel | [1], [2], |
Entropy | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], |
Entropy barrier | [1], |
Entropy of association | [1], |
Entropy of configuration | [1], |
Entropy of mixing | [1], [2], |
Entropy of recombination/generation | [1], |
Entropy; and Information | [1], [2], |
Entropy; and orientation polarization | [1], [2], |
Entropy; definition | [1], |
Entropy; science module | [1], |
Entropy; what is it | [1], |
Entstehung von atomaren Fehlstellen | [1], |
Enuma Elis | [1], |
Epee | [1], |
Epic of Gilgamesh | [1], |
Epiphany; about folding steel | [1], |
Epitaxial growth | [1], |
Epitaxie | [1], |
Epitaxy | [1], [2], [3], |
Equation editor | [1], |
Equations; none | [1], |
Equilibrium concentration of vacancy - impurity atom complexes | [1], [2], |
Equilibrium condition and chem. potential | [1], [2], |
Equilibrium distance; for partial dislocations | [1], [2], |
Equipartition theorem | [1], |
Equipment | [1], [2], |
equivalent circuit | [1], |
Equivalent circuit diagram | [1], [2], [3], [4], [5], [6], |
Equivalent points | [1], [2], [3], |
Erdalkalielemente | [1], |
Erdalkalimetalle | [1], [2], |
Erdmetalle | [1], |
Ereignishorizont; und Entropie | [1], |
Erfinden; oder finden? | [1], |
Ergodenhypothese | [1], |
Ergodic hypothesis | [1], [2], [3], |
Erhaltungssätze; für Elementarteilchen | [1], |
Erholung | [1], |
Error function; diffusion | [1], |
Errorfunction | [1], [2], [3], [4], |
Ersatzschaltbild | [1], |
Erstarren im Nichtgleichgewicht | [1], |
Erster Hauptsatz der Thermodynamik | [1], [2], [3], |
Erzberg; and Ferrum Noricum | [1], |
Esaki | [1], |
Esbjol | [1], |
Esboel-Sarry; sword type | [1], |
Eskimos (and steel) | [1], |
ET&TE Homepage | [1], [2], |
Etch grooves | [1], [2], |
Etch pits | [1], [2], |
Etchant | [1], |
Etching | [1], |
Etching structures | [1], [2], |
Etching techniques | [1], [2], |
Etzel = Attila | [1], |
Euler equation | [1], |
Euler identity | [1], |
Euler relation | [1], |
Eulerbeziehung | [1], [2], [3], |
Eulersche Beziehung | [1], [2], |
Europe and steel | [1], |
Eutectic alloy; microstructure | [1], |
Eutectic composition | [1], |
Eutectic point | [1], [2], |
Eutectic zebra structure | [1], |
Eutectic; meaning | [1], |
Eutectoid composition | [1], [2], |
Eutectoid steel | [1], |
Eutektikum | [1], |
Eutektische Konzentration | [1], |
Eutektische Reaktion | [1], [2], |
Eutektische Temperatur | [1], |
Eutektischer Punkt | [1], |
Eutektoid | [1], |
Eutektoide Reaktion | [1], |
Evanescent waves | [1], |
Event | [1], |
Events coupled to an object | [1], |
Evolution; iron making | [1], |
Ewald construction | [1], |
Ewald Konstruktion der Beugung | [1], |
Ewald Kugel | [1], |
Ewald sphere | [1], |
Examinations, and presentations | [1], |
Excalibur | [1], [2], [3], [4], [5], |
Excalibur, sword name | [1], |
Excalibur; magical sword of King Arhure | [1], |
Excess air | [1], |
Excess charge | [1], |
Excimer lasers; for lithography | [1], [2], |
Excitation error | [1], |
Exciton | [1], [2], |
Exciton; and LED | [1], |
Exciton; LED | [1], |
Excitons | [1], |
Executioners sword | [1], |
Exercise modules | [1], |
Expansion of Si; at crystallization | [1], |
Exponent | [1], |
Exponential growth | [1], |
Exponential notation | [1], |
Exponentials | [1], |
Extended interstitial | [1], [2], |
Extended point defect | [1], |
External efficiency | [1], |
External efficiency of light generation | [1], |
Extinction coefficient; for electromagnetic radiation | [1], [2], |
Extinction length | [1], |
Extractive Metallurgy | [1], |
Extraordinary wave | [1], |
Extreme UV lithography | [1], [2], |
Extrinsic defects and ideal crystal | [1], [2], |
Extrinsic grain boundary dislocations | [1], |
Extrinsic interstitials | [1], |
Extrinsic point defects | [1], [2], [3], [4], |
Extrinsic stacking fault | [1], |
Extrinsisch | [1], |
Extrinsische AF | [1], [2], |
Extrinsische Defekte | [1], [2], |
Extrinsischer Stapelfehler | [1], [2], |
Exzitonen | [1], |
F, | |
F6 key | [1], |
Fabry-Perot resonator | [1], |
Face centered cubic | [1], [2], [3], [4], |
Face centered cubic lattice | [1], [2], |
Face welding | [1], |
facets in grain boundaries | [1], |
Facets, in grain boundary | [1], |
Facettierung; einer Void Oberfläche | [1], |
Facetting | [1], |
Facetting (of grain boundaries) | [1], |
Factorial of a number | [1], |
Factorials | [1], |
Faggoting | [1], [2], |
Faggoting proved | [1], |
Faggoting; japanese | [1], |
Fahrenheit | [1], |
Failure | [1], |
Failure; definition | [1], |
Fakultäten; und Stirlingsche Formel | [1], [2], |
Fakultätsnetz | [1], |
Falcata | [1], [2], [3], |
Falcata; definition | [1], |
Falchion; definition | [1], |
Fall of the Roman empire | [1], |
Fallstricke der Kombinatorik | [1], |
Famous swords | [1], |
Fankish export restrictions; arms | [1], |
Far ield | [1], |
Faraday constant | [1], [2], |
Faraday effect | [1], |
Fascicle of iron spits | [1], |
Fatigue | [1], [2], [3], |
Fatigue resistance | [1], [2], |
Fatigue; of metals | [1], |
Faustformel | [1], |
Fayalite | [1], [2], [3], |
Fayence; Egyptían | [1], |
fcc | [1], |
fcc Gitter | [1], |
Fe3P precipitates | [1], |
Feature size; of ICs | [1], [2], |
Feder und Bindungspotential | [1], |
Federkonstante und E-Modul | [1], |
Federkonstante; ionische Polarisation | [1], |
Feed back; Laser | [1], [2], |
Feldlinien; in der Raumladungszone | [1], [2], |
Feldlinien; zur Visualisierung des elektrischen Felds | [1], |
Feldspar | [1], [2], |
Feldstrom | [1], [2], [3], [4], [5], [6], [7], |
Feldströme | [1], |
Feldstärke; aus Poisson Gleichung | [1], [2], |
Feldstärke; im Chip | [1], |
Feldstärke; kritische | [1], |
Feldstärke; statt Spannung | [1], [2], [3], [4], |
Feldstärke; und Spannung | [1], |
Feminine principle | [1], |
Femtosekundenspektroskopie | [1], |
Fencing swords; modern | [1], |
Fensterglas | [1], |
Fermi | [1], |
Fermi energy | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], |
Fermi energy; and point defects | [1], |
Fermi level pinning | [1], |
Fermi Verteilung | [1], |
Fermi-Dirac Statistik | [1], [2], |
Fermi-Dirac Verteilungsfunktion | [1], [2], |
Fermi-Geschwindigkeit | [1], [2], |
Fermi-Statistik | [1], |
Fermi-Verteilung; und Energieband | [1], |
Fermienergie | [1], [2], [3], [4], [5], |
Fermienergie; T-Abhängigkeitsplot | [1], [2], |
Fermienergiepinning | [1], |
Fermionen | [1], [2], [3], [4], |
Fermionen; und Verteilungsfunktion | [1], |
Fermions | [1], [2], |
Fermis golden rule | [1], |
Fermitemperatur | [1], [2], |
Fernordnung | [1], |
Ferrimagnete | [1], |
Ferrimagnetic materials; and conductivity | [1], [2], [3], [4], |
Ferrimagnetism | [1], [2], |
Ferrimagnets | [1], [2], |
Ferrit | [1], [2], [3], [4], [5], [6], [7], |
Ferrite | [1], [2], [3], [4], |
Ferrite stabilizer | [1], |
Ferrite stabilizer; Cr is a | [1], |
Ferritic stainless steel | [1], |
Ferroelektrische Materialien | [1], [2], |
Ferroelektrizität | [1], |
Ferromagnete | [1], |
Ferromagnete; elektr. Eigenschaften und Versetzungen | [1], |
Ferromagnetic materials | [1], [2], [3], [4], [5], |
Ferromagnetische Materialien | [1], [2], |
Ferromagnetismus | [1], |
Ferromagnets | [1], [2], |
Ferronite | [1], |
Ferrum Noricum | [1], [2], |
Ferrum; or iron | [1], |
Fertile crescent | [1], [2], |
Fertile crescent; map | [1], |
Feste Randbedingungen | [1], [2], |
Festkörper | [1], [2], [3], |
Festkörperphysik | [1], |
Festkörperphysil | [1], |
FFT-Impedance Spectroscopy | [1], [2], |
Fiber-reinforced composite | [1], |
Fick's first law | [1], |
Fick's second law | [1], |
Ficks 1. law | [1], |
Ficks 2. law | [1], |
Ficks law | [1], [2], [3], [4], |
Ficks laws | [1], [2], |
Ficksche Diffusionsgesetze | [1], |
Field current | [1], [2], |
Field current in a p-n-junction | [1], |
Field emission | [1], [2], |
Field emission guns | [1], [2], |
Field ion microscopy | [1], |
Field lines | [1], |
Field oxide | [1], [2], [3], [4], [5], [6], |
Field strength | [1], [2], [3], [4], [5], [6], [7], |
Fifth Age; Augustine's | [1], |
Figure of merit | [1], [2], |
Figures of merit | [1], [2], |
File names | [1], |
File structure of a Hyperscript | [1], |
File structure of Hyperscripts | [1], |
Fill factor, of a solar cell | [1], [2], |
Fill factor; solar cell | [1], |
Finanzkrise | [1], |
Finden, oder erfinden | [1], |
Fine structure constant | [1], [2], |
Finery | [1], |
Fining cast iron | [1], |
Fining; steel | [1], |
Finnegans Wake | [1], [2], [3], |
Fire box | [1], |
Fire welding | [1], [2], |
Fire welding; essentials | [1], |
Fire welding; flux | [1], |
Fire welding; mysteries | [1], |
Fire welding; the question | [1], |
Fire; pyrotechnology | [1], |
Fire; the nature of | [1], |
Fire; very high temperatures | [1], |
First Age; Augustine's | [1], |
First Laser condition | [1], [2], |
First Law | [1], |
First law and free lunch | [1], |
First law of applied Science | [1], |
First law of economics | [1], |
First law of engineering | [1], |
First law of material science | [1], [2], [3], [4], |
First law of thermodynamics | [1], |
First Persian Empire | [1], |
First principles | [1], [2], |
First sack of Rome | [1], |
First silicon | [1], [2], [3], [4], |
First swords; Arslan Tepe | [1], |
Fish tail dagger | [1], |
Fitting parameters; solar cell | [1], |
Flache Bildschirme | [1], |
Flache Störstellen | [1], |
Flame welding | [1], |
Flash processing | [1], |
Flat band | [1], |
Flat band MOS condition | [1], [2], [3], |
Flat panel display | [1], |
Flat panel display; OLED | [1], |
Flat panel displays | [1], [2], [3], |
Flat-panel display | [1], [2], |
Flats (on wafers) | [1], [2], |
Flats; on wafers | [1], [2], |
Fliegenschwarmanalogie | [1], [2], [3], [4], |
Fliesen; für 2-dim. Kristalle | [1], |
Fließgrenze | [1], [2], |
Flint dagger | [1], |
Flint glass | [1], |
Float zone | [1], [2], [3], [4], [5], |
Float zone grown crystals (Si) | [1], [2], |
Flow glass | [1], [2], |
Flow of atoms; during freezing | [1], |
Flue | [1], [2], |
Flue gases | [1], |
Fluidicy | [1], |
Fluorescence | [1], |
Fluorescent lamp | [1], |
Fluorescent tube | [1], |
Fluorite structure | [1], |
Flute; stone age | [1], |
Flux of electrical field | [1], [2], |
Flux, and slag | [1], |
Flux-line lattice | [1], [2], |
Flux; for slag formation | [1], |
Flux; one composition of | [1], |
Flux; why add | [1], |
Flächendefekte | [1], [2], [3], [4], |
Flächendichte; statt Volumendichte | [1], |
Flächendichteberechnung | [1], |
Flächenkonzentration | [1], |
Flächenladung; und Polarisation | [1], |
Flüssigkeiten | [1], |
Flüssigkeiten; und Orientierungspolarisation | [1], |
Flüssigkristalle | [1], |
Foam decay | [1], |
Focal length of lens | [1], |
Focal point | [1], |
Focus depth | [1], [2], |
Foible; of a sword | [1], |
Foil | [1], |
Foil polarizers | [1], |
Folding | [1], |
Folkeslunda-Zaspy; sword type | [1], |
Footnotes | [1], |
Force on a dislocation | [1], |
Force; capacitive | [1], |
Force; physical definition | [1], |
Force; tensile testing | [1], |
Forces bending beams | [1], |
Forces on glide plane | [1], |
Foreward current in a p-n-junction | [1], |
Forge | [1], |
Forge welding | [1], [2], [3], |
Forge weling | [1], |
Forging | [1], [2], |
Form; in homepage | [1], |
Formability | [1], |
Format Hyperscript | [1], |
Format; menu | [1], |
Format; Word documents | [1], |
Format; working with | [1], |
Formation energy of a double kink | [1], [2], |
Formation enthalpies for Schottky defects | [1], |
Formation enthalpy | [1], |
Formation entropy | [1], |
formations enthalpies for Frenkel defects | [1], |
Formatting a column | [1], |
Formatting cells | [1], |
Formatting rows | [1], |
Formatting tables | [1], |
Forms | [1], |
Forms, how to generate | [1], |
Forte; of a swrod | [1], |
Four color map theorem | [1], |
Fourier integral | [1], [2], |
Fourier integrals | [1], [2], |
Fourier Reihenentwicklung | [1], |
Fourier Series | [1], [2], |
Fourier transform | [1], [2], [3], [4], [5], |
Fourier transform IR spectroscopy | [1], [2], [3], [4], |
Fourier transform of lattice | [1], [2], |
Fourier Transforms | [1], [2], |
Fourierintegral | [1], |
Fouriertransformierte; Reziprokes Gitter als ... | [1], |
Fourth Age; Augustine's | [1], |
Fractoluminescence | [1], |
Fracture and statistics | [1], |
Fracture creates new surface | [1], |
Fracture energy | [1], [2], [3], |
Fracture energy; cold short | [1], |
Fracture mechanics | [1], [2], |
Fracture stress | [1], |
Fracture toughness | [1], [2], [3], |
Fracture; for stress relaxation | [1], |
Fracture; measurement | [1], |
Fracturing before yielding | [1], |
Frame set | [1], |
Frame size; changing | [1], |
Frame; name for it | [1], |
Frames | [1], |
Frames page | [1], |
Frameset; in homepage | [1], |
Frank dislocation | [1], [2], |
Frank Versetzungen | [1], |
Frank-Read mechanism | [1], [2], |
Frank-Turnbull mechanism | [1], [2], [3], |
Frank-van der Merve growth mode | [1], |
Frankish empire | [1], |
Franks casket | [1], |
Franks formula | [1], [2], [3], |
Franksche Partialversetzung | [1], |
Frauenbeauftragte | [1], [2], |
Fraunhofer Institute for Si Technology | [1], |
Free electron gas | [1], |
Free electron gas model | [1], [2], [3], [4], |
Free energy | [1], [2], [3], [4], [5], [6], [7], |
Free enthalpy | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], [13], |
Freie Elektronen | [1], [2], [3], [4], |
Freie Elektronen; Eigenschaften | [1], |
Freie Elektronen; in Metallen | [1], |
Freie Elektronen; Waermekapazitaet | [1], |
Freie Energie | [1], [2], [3], [4], |
Freie Enthalpie | [1], [2], [3], |
Freie Weglänge; mittlere | [1], [2], |
Freien Valenzen | [1], |
Freier Wille | [1], |
freies Elektronengas | [1], [2], |
Freies Volumen | [1], |
Freiheitsgrad | [1], |
Freiheitsgrade | [1], |
Freiheitsgrade; bei Phasendiagrammen | [1], [2], |
Freischneiden; in der Mechanik | [1], |
Fremdatome | [1], |
French Mythology | [1], |
Frenkel | [1], |
Frenkel defects | [1], [2], |
Frenkel defects; formation enthalpies | [1], [2], |
Frenkel Defekt | [1], |
Frenkel disorder | [1], [2], |
Frenkel pair | [1], |
Frequency of light | [1], |
Frequency range of LEDs | [1], |
Frequency, of wave | [1], |
Frequently asked questions; zu Bandverbiegungen | [1], |
Frequenz; der Gitterschwingungen | [1], |
Frequenz; der Schwingung im Potentialtopf | [1], |
Frequenz; einer Welle | [1], |
Frequenz; für Phononen | [1], |
Frequenzabhängigkeit; magn. Suszeptibilität | [1], |
Frequenzen; freie Elektronen | [1], |
Frequenzen; von Licht | [1], |
Frequenzspektrum | [1], |
Frequnzabhängigkeit der Dielekrizitätskonstanten | [1], |
Fresnel coefficients | [1], |
Fresnel equations | [1], |
Fresnel equations TE | [1], |
Fresnel equations TM | [1], |
Fresnel Gleichungen | [1], |
Fresnel laws | [1], |
Fresnel laws of diffraction | [1], |
Friction | [1], [2], |
Friction; and energy dissipaton | [1], [2], [3], |
Friction; MEMS | [1], |
Frictional force; on electron | [1], [2], [3], |
Front end; MEMS | [1], |
Frozen-in defects | [1], |
Frustierter Kristall | [1], |
Fröhliche Materialwissenschaft | [1], |
Fuel cell | [1], [2], |
Fuel cells | [1], [2], |
Fuel economy | [1], |
Fuel for fire | [1], |
Fuel injector; piezoelectric | [1], [2], |
Fugacity | [1], [2], |
Fuller | [1], |
Fuller; of sword | [1], |
Functions in an object | [1], |
Fundamental absorption | [1], [2], [3], |
Fundamental constants | [1], [2], |
Fundamental unit for magnetism | [1], [2], |
Funktional | [1], |
Funktionentheorie | [1], [2], |
Funktionsmaterialien | [1], [2], |
Furnace, blast | [1], |
Furnace, bloomery | [1], |
Furnace, open hearth | [1], |
Furnace, reverberatory | [1], |
Furnace, smelting | [1], |
Furnace; definition | [1], |
Furnace; shaft | [1], |
Furnace; temperature in a | [1], |
Füllfaktor | [1], |
Füllfaktor einer Solarzelle | [1], |
Fünfzählige Symmetrie | [1], |
G, | |
g-Faktor | [1], |
g-sensors; MEMS | [1], |
Gagat | [1], [2], |
Gain coefficient | [1], [2], |
Gain driven Laser | [1], |
Galena | [1], [2], [3], |
Galena; picture | [1], |
Gallium arsenide | [1], |
Galvanic techniques | [1], [2], |
Galvanization and grain boundaries | [1], |
Gamma loop | [1], |
Gamma phase | [1], [2], |
Gamma stabilizer | [1], [2], [3], |
Gamma stabilizers | [1], |
Gangue | [1], [2], |
Gangue; in smelter | [1], |
Gangunterschied | [1], |
Garnet structure | [1], |
Garnets | [1], |
Gas, innere Energie eines | [1], |
Gase | [1], |
Gate dielectric | [1], [2], [3], [4], |
Gate electrode | [1], [2], [3], [4], |
Gate of a MOS transistor | [1], [2], |
Gate oxide | [1], [2], [3], [4], [5], [6], |
Gate; eines MOS Transistors | [1], [2], |
Gaul; invading of | [1], |
Gauss | [1], [2], |
Gauss law | [1], [2], |
Gauss Darstellung einer komplexen Zahl | [1], [2], |
Gauss law | [1], |
Gauss-Verteilung | [1], |
Gauss; alte magn. Einheit | [1], |
Gaussche Fehlerfunktion | [1], [2], [3], |
Gauß Verteilung: bei Ketenmolekülen | [1], |
Gaußsche Glockenkurve | [1], |
Gaußsche Normalverteilung | [1], |
Gaußsche Zahlenebene | [1], [2], |
Gaußverteilung | [1], |
Gear wheels; and MEMS | [1], |
Gechwindigkeit; eines Lochs | [1], |
Gedankenversuch; Vorteile des | [1], [2], |
Gefaess; german = hilt | [1], |
Gefüge | [1], [2], [3], [4], |
Geibig system | [1], |
Geld; und Materialwissenschaft | [1], |
Gemischte Versetzung | [1], |
Gemstones | [1], |
Gemstones and crystals | [1], |
Gemstones; cut | [1], |
Gendaito sword | [1], |
General deformation | [1], |
General properties of thin films; measurement | [1], |
Generalisierte Koordinaten | [1], |
Generalisierte Kraft | [1], |
Generalized coordinates | [1], |
Generalized force | [1], |
Generalized forces | [1], |
Generating forms | [1], |
Generating light | [1], |
Generation current in a p-n-junction | [1], |
Generation currents from the SCR | [1], [2], [3], |
Generation life time | [1], [2], |
Generation of dislocations | [1], |
Generation of point defects | [1], |
Generation rate | [1], [2], |
Generation rate in direct semiconductors | [1], |
Generation rate; by photons | [1], |
Generation sequence; of chips | [1], [2], |
Generation; eines Elektron-Lochpaares | [1], [2], |
Generation; Start random walk | [1], |
Generation; von Elektron-Lochpaaren | [1], |
Generationsrate | [1], [2], |
Generationsstrom | [1], [2], |
Genetischer Code; und Kristalle | [1], |
Genocide; Bible | [1], |
Geometric kinks | [1], |
Geometric optics | [1], |
Geometric optics; basics | [1], |
Geometriefaktor des Gitters | [1], |
Geometry and topology; measurement | [1], |
Geometry factor for diffusion | [1], |
Geometry factor; of diffusion jumps | [1], |
Geometry; thin film | [1], |
Germanic mythology | [1], |
Germanium | [1], |
Germanium; crystal growth | [1], |
Germanium; elemental semiconductor | [1], |
Germanium; heutige Rolle | [1], |
Germanium; Problem mit | [1], |
Gesamtenergie | [1], |
Gesamtenergie; bei Schwingung | [1], |
Gesamtenergie; in der Schrödingergleichung | [1], |
Gesamtheit | [1], |
Geschichte des Stahls | [1], |
Geschweifte Klammern; bei Miller Indizierung | [1], [2], |
Geschwindigkeit; von Teilchen und Wellen | [1], |
Gesta Danorum | [1], |
Gettering | [1], |
Gettering in silicon | [1], |
Gettering; intrinsic in Si | [1], |
Gettering; solar cell | [1], |
Ghost Structure, P steel | [1], |
Ghost structure; P-steel | [1], |
Giant magnetoresistance effect | [1], [2], |
Giant magnetostriction | [1], [2], [3], [4], [5], |
Gibb's phase rule | [1], |
Gibbs energy | [1], [2], [3], [4], [5], |
Gibbs enthalpy | [1], |
Gibbs phase rule | [1], |
Gibbsche Energie | [1], |
Gibbsche Phasenregel | [1], |
Gießen | [1], |
GIF format | [1], [2], |
Gif; setting background color | [1], [2], |
Gilding | [1], |
Gilgamesh epos | [1], |
Girokonto; für Bilanzmodelle | [1], [2], |
Girokonto; und dynamische Gleichgewicht | [1], |
Gitter | [1], |
Gitter; eines Kristalls | [1], |
Gitter; von Kristallen | [1], |
Gitterdefekte | [1], |
Gitterkonstante | [1], [2], [3], |
Gitterkonstante; kub. Gitter | [1], [2], |
Gitterschwingung | [1], |
Gittervektor | [1], |
Gladius | [1], |
Gladius; description | [1], |
Gladius; Mainz type | [1], |
Gladius; Pompei type | [1], |
Gladius; roman legion | [1], |
Gladius; Römerschwert | [1], |
Glaeser | [1], |
Glas; als Kristall getarnt | [1], |
Glas; für Schmuck | [1], |
Glasartige Polymere | [1], |
Glasbildner | [1], |
Glasfaser | [1], |
Glasfaser-Kunststoffverbund | [1], |
Glass | [1], |
Glass fiber composites | [1], |
Glass making | [1], |
Glass transition temperature | [1], |
Glass, amorphous solid | [1], [2], |
Glasses and beryll | [1], |
Glastemperatur | [1], [2], |
Glazing; pottery | [1], |
Gleichgewchtsthermodynamik für AF | [1], [2], |
Gleichgewicht | [1], [2], |
Gleichgewicht; dynamisches | [1], [2], |
Gleichgewicht; Ladungsträger | [1], |
Gleichgewicht; und Konstanz Fermienergie | [1], |
Gleichgewicht; über Besetzung Niveaus | [1], |
Gleichgewichtsabstand | [1], [2], |
Gleichgewichtsbedingung; für chemische Gleichgewicht | [1], |
Gleichgewichtskonzentration von AF | [1], |
Gleichgewichtszustand | [1], |
Gleichverteilung; der Energie | [1], |
Gleichverteilungssatz | [1], [2], [3], [4], |
Gleitebene; einer Versetzung | [1], |
Gleitebene; von Versetzungen | [1], |
Gleitebenen | [1], |
Gleitrichtung | [1], |
Gleitsystem | [1], |
Glide (of dislocations) | [1], |
Glide cylinder | [1], |
Glide plane | [1], [2], [3], |
Glide set dislocations | [1], |
Glide system | [1], |
Glide systems | [1], [2], |
Glide; opposed to twinning | [1], |
Global equilibrium | [1], [2], |
Global properties of solar cells | [1], |
Glossary | [1], |
Glossary module | [1], |
Gluing | [1], [2], |
Goethite | [1], |
Goetz von Berlichingen | [1], |
Gold | [1], |
Gold hilt spatha | [1], [2], |
Gold leaf | [1], [2], |
Gold parting | [1], |
Gold refining | [1], |
Gold smithing | [1], |
Gold; compacting | [1], |
Gold; in Si | [1], |
Goldberyll | [1], |
Golden Age; Hesiod's | [1], |
Golden beryl | [1], |
Golden ratio; and quasicrystals | [1], |
Golden rule for microstructure control | [1], |
Goldgriffspathen | [1], |
Goldilock's principle | [1], |
Goldilocks Principle | [1], |
Good / Bad color hypothesis | [1], |
Good Bank - Bad Bank | [1], |
Good old times | [1], |
Gordic knot; and sword | [1], |
Gospels; example for development sagas | [1], |
Gott | [1], |
Grade, for the seminar | [1], |
Graduate student | [1], |
Graduate students | [1], [2], |
Graduate students, use of | [1], [2], |
Graetzel cell | [1], |
Graetzel solar cell | [1], |
Graglach | [1], |
Grain boundaries | [1], [2], |
Grain boundaries in Si | [1], |
Grain boundary as two dim. defect | [1], |
Grain boundary dislocations | [1], [2], [3], [4], |
Grain boundary energy | [1], [2], |
Grain boundary movement | [1], |
Grain boundary; source / sink point defects | [1], |
Grain size and hardness | [1], |
Grain size hardening | [1], [2], |
Grain size matters | [1], |
Gram | [1], |
Gram; Siegfried's sword | [1], |
Gram; sword name | [1], |
Gramm | [1], |
Granit; als Verbundwerkstoff | [1], |
Granite | [1], |
Granite; and pottery | [1], |
Grant | [1], |
Graphene | [1], [2], |
Graphics | [1], |
Graphics; in homepage | [1], |
Graphiken | [1], |
Graphit | [1], [2], [3], [4], |
Graphite | [1], [2], [3], |
Graphite structure | [1], |
Graphite, etymology | [1], |
Graphite, or diamond | [1], |
Graphite: stable phase | [1], |
Graphite; in iron | [1], |
Graphite; phase of carbon | [1], |
Graphitizers | [1], |
Grate | [1], |
Grave goods; no longer | [1], |
Gravitation | [1], |
Gravitational constant | [1], [2], |
Grazing incidence | [1], |
Great Pyramid Iron plate | [1], |
Greece; early iron | [1], |
Greek letters | [1], |
Greek swords | [1], |
Greek vases | [1], [2], |
Greeks; ages of man | [1], |
Green house effect; and ST | [1], |
Greenland (and steel) | [1], |
Greenstone; neolithic jewelry | [1], |
Greenstones; jewelry | [1], |
Grenzfläche | [1], [2], |
Grenzfläche; statt Oberfläche | [1], [2], |
Grenzflächenenergie | [1], |
Grenzflächenpolarisation | [1], |
Grenzfrequenz; und Zeitkonstante | [1], |
Grenzfrequenzen; und Dielektrilum | [1], |
Grey cast iron | [1], |
Grid parity | [1], |
Grid; solar cell | [1], |
Griechen, alte | [1], |
Griechen, die Alten und das Atom | [1], |
Griffith criterion | [1], |
Griffith critical size concept | [1], |
Griffplattenschwerter | [1], |
Griffzungenschwert | [1], |
Grinding | [1], |
Grip; of sword | [1], |
Group 13; Boron group group | [1], |
Group velocity | [1], [2], [3], |
Group VIB; Chromium group | [1], |
Growth of precipitates | [1], |
Growth rate; CZ | [1], |
Growth speed of solid-liquid interface | [1], |
Großkanonische Gesamtheit | [1], |
Grundfrequenz einer Schwingung | [1], |
Grundgeschwindigkeit der Elektronen | [1], |
Grundniveau | [1], |
Grundzustand | [1], [2], |
Gruppengeschwindigkeit | [1], |
Größen ohne Maßeinheit | [1], |
Größter anzunehmender Unfall | [1], [2], [3], |
Guendlingen sword | [1], [2], |
Gummi, E-Modul von | [1], |
Gummi; mechanische Eigenschaften | [1], |
Gummi; Spannungs- Dehnungsdiagramm | [1], |
Gummi; und E-Modul | [1], |
Gun barrel steel | [1], |
Gun barrels making | [1], |
Gundesstrup cauldron | [1], |
Gundestrup silver cauldron: large picture | [1], |
Gunnier | [1], |
Gunnier-Preston Zone | [1], [2], |
Gusseisen | [1], |
Gußeisen | [1], [2], [3], |
Gußtechnik | [1], |
Gypsum plaster | [1], |
Gyro; process integration | [1], |
Gyromagnetic relation | [1], [2], |
Gyromagnetisches Verhältnis | [1], |
Göbekli Tepe | [1], |
Göbekli Tepe; large pictures | [1], |
Göltepe; and tin | [1], [2], |
Gösele | [1], |
Götter | [1], |
H, | |
Hadfield's steel | [1], |
Hadrons | [1], |
Haematite | [1], |
Haithabu museum | [1], |
Haitz's Law | [1], |
Halbedelsteine | [1], |
Halbleiter | [1], [2], [3], [4], [5], |
Halbleiter; Diamantstruktur | [1], |
Halbleiter; DK von | [1], |
Halbleiter; elektr. Eigenschaften und Versetzungen | [1], |
Halbleiter; intrinsische | [1], |
Halbleiter; und DK | [1], |
Halbleiter; und kovalente Bindung | [1], |
Halbleiterbauelemente | [1], [2], |
Halbleiterentartung | [1], |
Halbleiterkontakte | [1], [2], |
Halbleitern; Klassifikation | [1], |
Halbleitertechnologie; und Defektmanipulation | [1], [2], [3], |
Halbmetalle | [1], |
Halbzahliger Spin | [1], |
Half-life; radioactivity | [1], |
Halfway decent education; of reader | [1], |
Hall - Petsch - Beziehung | [1], |
Hall coefficent | [1], |
Hall effect | [1], [2], [3], |
Hall Effekt | [1], [2], |
Hall Koeffizient | [1], [2], [3], |
Hall voltage | [1], [2], [3], |
Hallan Çemi Tepesi | [1], |
Hallstatt culture | [1], [2], [3], [4], |
Hallstatt culture; map | [1], |
Halogene | [1], [2], [3], |
Halogenes | [1], |
Halogenide | [1], [2], [3], [4], |
Halogenlampe | [1], |
Hamasa | [1], |
Hamilton Operator | [1], [2], |
Hammer | [1], |
Hammer welding | [1], |
Hammer welding Cu and Au | [1], [2], |
Hammer welding: essentials | [1], |
Hammer, powered | [1], |
Hammer; microstrucure control | [1], |
Hamon | [1], |
Hamon; bei japanischen Schwertern | [1], |
Handling of a sword | [1], |
Harald Fairhair | [1], |
Hard directons (in ferromagnets) | [1], [2], |
Hard disc | [1], [2], |
Hard magnets | [1], |
Hardenability | [1], |
Hardenability; improving | [1], |
Hardenability; in Steel | [1], |
Hardenability; with carbion | [1], |
Hardening Al - Cu alloy | [1], |
Hardening aluminum | [1], |
Hardening by quenching; established | [1], |
Hardening depth | [1], |
Hardening mechanism | [1], |
Hardening mechanisms | [1], [2], [3], |
Hardening steel and dislocations | [1], |
Hardening steel; the beginning of | [1], |
Hardening swords in blood | [1], |
Hardness | [1], [2], [3], |
Hardness and yield stress | [1], |
Hardness depth | [1], [2], [3], |
Hardness; definition | [1], |
Hardness; limits of | [1], |
Harmonic frequencies | [1], [2], |
Harmonic Oscillator | [1], [2], [3], |
Harmonic systems | [1], [2], |
Harmonic vibration | [1], |
Harnecker papers | [1], |
Harnecker, kaethe; wootz | [1], |
Hartmagnet | [1], |
Hartz 4; und Ergodenhypothese | [1], |
Hattian culture | [1], |
Hattians | [1], |
Hattusa | [1], [2], [3], |
Hauptachsensystem | [1], |
Hauptgruppe IA | [1], [2], [3], [4], [5], [6], [7], [8], |
Hauptgruppe IV | [1], |
Hauptgruppen | [1], [2], |
Hauptquantenzahl | [1], [2], [3], [4], |
Hauptsatz der Thermodynamik; Erster | [1], [2], |
Haya (afrikanisches Volk) | [1], [2], [3], |
Haya iron smelting | [1], |
Haze | [1], [2], [3], |
Head | [1], |
Head count | [1], |
Hearth | [1], |
Hearth; definition | [1], |
Heat | [1], [2], |
Heat affected zone | [1], |
Heat and energy | [1], |
Heat of formation | [1], [2], |
Heat of fusion | [1], [2], |
Heat of melting | [1], |
Heat of solidification | [1], [2], |
Heat of steel | [1], |
Heat of steel; definition | [1], |
Heatflow; during freezing | [1], [2], |
Heating elements | [1], [2], |
Heating with light | [1], [2], |
Hebelgesetz (bei Phasendiagrammen) | [1], |
Hebelgesetz; bei Phasendiagrammen | [1], |
Hedelisker | [1], |
Heilbronn | [1], |
Heimskringla | [1], |
Heisenbergprinzip | [1], |
Heisenbergsche Unschärferelation; und Zustandsdichte | [1], [2], [3], [4], |
Heisenbergschen Unschärferelation | [1], |
Hektar | [1], |
Heliocentic system | [1], |
Heliocentric view | [1], |
Heliodor | [1], |
Heliotrop | [1], |
Helmholtz Energie | [1], |
Helmholtz energy | [1], [2], [3], |
Helmholtz, Hermann von | [1], |
Hephaistos | [1], [2], |
Hephaistos' maidens | [1], |
Hephaistos; and Wayland | [1], |
Herapathite crystal | [1], |
Herapathite; and polarization | [1], |
Hermes; in Stuttgart | [1], |
Heroes, and their magic sword. | [1], |
Heroes; Dislocation Science | [1], |
Heroic Age; Hesiod's | [1], |
Herringbone pattern | [1], |
Herschel | [1], |
Hertz effect | [1], |
Hervorhebungen; im Hyperskript | [1], |
Hetero junction; CIGS | [1], |
Hetero junctions | [1], |
Hetero-junction; CIGS solar cell | [1], |
Heterogeneous nucleation; Cu in Al | [1], [2], |
Heterojunctions | [1], |
Heterokontakt | [1], |
Heterostructures | [1], |
Heteroübergänge | [1], [2], [3], [4], |
Hethites (and iron) | [1], |
Hethites; inventors of iron | [1], |
Hex. Gitter und pseudorez. Gitter in Vierer-Indizierung | [1], |
Hexadecimal color code | [1], |
Hexagonal close packed lattice | [1], [2], [3], [4], |
Hexagonal dichteste Kugelpackung | [1], |
Hexagonal lattice | [1], [2], |
Hexagonal structure | [1], |
Hexagonal; Gitter | [1], |
Hexagonales Bravaisgitter | [1], |
Hexagonales Gitter | [1], [2], [3], [4], [5], |
Hexagonally close packed | [1], [2], |
Hidden attribute menus | [1], |
Hidden Modules | [1], [2], |
Hierarchy of attributes | [1], |
High Alloy Steels | [1], [2], |
High carbon iron from bloomeries | [1], |
High carbon steel | [1], [2], |
High concentrations; alloying elements | [1], |
High explosives; and Si | [1], |
High frequency devices | [1], |
High injection | [1], |
High injection approximation | [1], [2], |
High injection case | [1], |
High Purity Steel | [1], [2], |
High resolution TEM | [1], |
High Resolution Transmission Electron Microscope | [1], |
High speed steel | [1], [2], |
High strength and ductility steel | [1], |
High strength IF steel | [1], |
High Voltage Electron Microscope | [1], |
High-alloy steel | [1], |
High-efficiency multi-junction solar cells | [1], |
High-rate plasma etching | [1], |
High-Resolution Transmission Electron Microscopy | [1], |
High-Strength Low-Alloy steel | [1], [2], [3], |
High-temperature segregatiosn | [1], |
Highest occupied molecular orbital | [1], |
Hilbertraum | [1], |
Hildebrandslied | [1], |
Hilfsmittel fuer HTML | [1], |
Hilt | [1], |
Hilt type; dating swords | [1], |
Hilt; of sword | [1], |
Hippogriffs | [1], |
Historia Regum Britanniae | [1], |
History of bainite | [1], |
History of steel and properties | [1], |
Hitchhiker; Guide to the Galaxy | [1], |
Hitchhikers guide to the Galaxy; the | [1], [2], |
Hittite empire | [1], |
Hittite letters | [1], |
Hittites and steel | [1], [2], |
Hittites; inventors of iron? | [1], |
Hochauflösungstransmissionselektronenmikroskope | [1], |
Hochenergieschwanz; der Fermiverteilung | [1], [2], |
Hochsprung | [1], |
Holes in semiconductors | [1], [2], |
Holes; and thermoeffects | [1], [2], |
Hollow copper drills | [1], |
Hologram | [1], |
Holy lance | [1], [2], |
Holz; als Verbundwerkstoff | [1], |
Holzkohle | [1], |
Homo junction | [1], |
Homogeneous nucleation | [1], [2], [3], [4], |
Homogenizing steel | [1], |
Homokontakt | [1], |
Hooke's law | [1], [2], [3], [4], |
Hooke´s law | [1], [2], |
Horseback; fighting from | [1], |
Hot isostatic pressure | [1], |
Hot shortness | [1], [2], |
HotMetal Pro | [1], |
Hrunting | [1], [2], |
Hrunting; sword name | [1], |
htermi | [1], |
Html project | [1], [2], |
Huelva hoard | [1], |
Human hair; as thinness gauge | [1], |
Humans | [1], |
Humboldt Stiftung | [1], |
Hummel | [1], |
Huns | [1], |
Hussars | [1], |
Huygens Fresnel principle | [1], |
Huygens principle | [1], [2], |
Hybridisierung | [1], |
Hybridorbitale | [1], [2], |
Hydrogen | [1], |
Hydrogen embrittlement | [1], |
Hydrogen passivation | [1], [2], [3], |
Hyper = excessive | [1], |
Hyper text mark-up language | [1], |
Hyperbolic cotangent | [1], [2], |
Hypereutectic; steel | [1], |
Hypereutectoid steel | [1], [2], |
Hyperlink | [1], |
Hyperlinks | [1], |
Hyperscript | [1], [2], [3], |
Hyperscript; format of | [1], |
Hyperspace | [1], |
Hypo = below | [1], |
Hypo-eutectoid steel | [1], |
Hypoeutectic; for steel | [1], |
Hypoeutectoid steel | [1], |
Hystereseeffekte | [1], |
Hysteresekurve; bei Ferromagneten | [1], |
Hystereses loop | [1], |
Hystereses losses | [1], [2], |
Hystereses losses; for ferromagnets | [1], [2], |
Hystereseverluste | [1], |
Hysteresis | [1], [2], |
Hysteresis curve | [1], [2], |
Hysteresverluste | [1], |
Härte | [1], [2], |
Härte; und Fließgrenze | [1], |
Härten; von Schwertern | [1], [2], |
Härtung | [1], |
Härtungstiefe | [1], |
Hüttenberg; and Ferrum Noricum | [1], |
I, | |
Ice cores; dating from | [1], |
Ideal carbon steel | [1], |
Ideal composition cast iron | [1], |
Ideal solids | [1], |
Idealitätsfaktor; einer Diode | [1], |
Idealkristall | [1], [2], |
Identy matrix | [1], |
Ig Nobel prize | [1], [2], |
Ilias | [1], [2], |
Illemose | [1], |
Illerup Adal book series | [1], |
Illerup Ådal | [1], |
Illustration modules | [1], [2], |
Illustrationen; im Hyperskript | [1], [2], |
Image as background | [1], |
Image map | [1], |
Image tag | [1], |
Images | [1], |
Images; link into your document | [1], |
Imaginary numbers | [1], |
Imaging mode | [1], |
Imaginärteil; als Repräsentation einer klassischen Welle | [1], |
Impact factor | [1], |
impedance spectra | [1], |
Impedanz | [1], [2], |
Improve strength in steel | [1], |
Impuls einer Welle | [1], |
Impuls: des Elektrons im freien Elektronengas | [1], |
Impuls: und Druck | [1], |
Impulserhaltungssatz; Band-Band Übergänge | [1], |
Impulsraum | [1], |
Impulsunschärfe | [1], |
Impure; definition of | [1], |
Impurities | [1], |
Impurity atom diffusion | [1], |
Impurity atoms | [1], [2], |
Impurity atoms and grain boundaries | [1], |
Impurity diffusion in iron | [1], |
Imref | [1], |
Incandescence | [1], [2], |
Incandescend light | [1], |
Incandescent light | [1], |
Inches and other nonsense | [1], |
Inclusions | [1], |
Inclusions in steel | [1], |
Incoherent beam | [1], |
Incoherent light | [1], |
Incrustation | [1], |
Independent reaction partners | [1], |
Index driven Laser | [1], |
Index grating | [1], |
Index of abbreviations | [1], |
Index of key words | [1], |
Index of names | [1], |
index of refraction | [1], [2], [3], [4], |
Index of refraction; of semiconductors | [1], [2], [3], [4], [5], |
Index.html as fixed name | [1], |
Indexgrating | [1], |
Indexlist in menu bar | [1], |
India (and steel) | [1], |
Indidzierung reziproker Gitterpunkte | [1], |
Indifferentes Gleichgewicht | [1], |
Indirect interstitial mechanism | [1], [2], |
Indirect semiconductors | [1], |
Indirekte Halbleiter | [1], [2], [3], [4], |
Indium tin oxide | [1], [2], [3], [4], |
Indizierung; von Richtungen | [1], |
Induced dipole moment | [1], [2], [3], [4], [5], [6], |
Induced magnetic moment | [1], [2], |
Inductors | [1], [2], |
Induktivität | [1], [2], |
Industrial revolution | [1], |
Inegrierte Schaltung | [1], |
Inelastische Streuung | [1], |
Information; Beziehung zur Entropie | [1], |
Information; und Entropie | [1], [2], |
Informationszeitalter | [1], |
Infra red | [1], [2], |
Infra red optics | [1], |
Infra red spectroscopy | [1], [2], |
Infrared light microscopy | [1], |
Infrastructure; bronze making | [1], |
Ingelrii swords | [1], |
Ingersheim | [1], |
Ingersheim Spatha | [1], |
Ingersheim; sword from | [1], [2], |
Ingot | [1], [2], |
Inhalte einfügen | [1], |
Inhaltsmatrix, MaWi I | [1], [2], |
Inhaltsmatrix; Hyperskript | [1], |
Inhomogeneous Deformation | [1], |
Injection luminescence | [1], |
Injection ratio | [1], [2], [3], |
Injektion; von Minoritäten über einen p-n-Übergang | [1], [2], |
Injektionsverhältnis | [1], [2], |
Inkjet | [1], |
Inlaying | [1], |
Innere Energie | [1], [2], [3], [4], |
Input tag in forms | [1], |
Input; to sensor | [1], |
Inquisition | [1], [2], |
Inscription; pattern welded sword | [1], |
Inscriptions; Viking era swords | [1], |
Insert bookmark key | [1], [2], |
Insert Image | [1], |
Insert link to bookmark | [1], |
Insertions in tables | [1], |
Institute Materials Science | [1], |
Integrated capacitor | [1], [2], |
Integrated circuit | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], |
Integrated circuits | [1], [2], [3], |
Integrated circuits; and semiconductor properties | [1], |
Integrated transistor | [1], [2], |
Integrierte Schaltungen:;Ausfallmechanismen | [1], [2], [3], [4], [5], |
Intel | [1], [2], |
Intensity of light | [1], |
Intensity of light beam | [1], |
Intensity of light emission | [1], |
Intensität von Beugungsreflexen | [1], |
Intensität; der gebeugten Welle | [1], |
Intensität; gemessen | [1], |
Interactive communication | [1], |
Intercalation | [1], [2], |
Intercritical annealing | [1], |
interface between silicon and silicon oxide | [1], |
Interface charge | [1], |
Interface chemistry | [1], |
Interface energy | [1], |
Interface polarization | [1], [2], |
Interface stability; const. supercooling and | [1], |
Interface states | [1], [2], |
Interface structure | [1], |
Interface, electronic properties | [1], |
Interface, structural properties | [1], |
Interference color: thin film | [1], |
Interference of waves | [1], |
Interference optics | [1], |
Interference paradox | [1], |
Interference, wave picture | [1], |
Interference; particle picture | [1], |
Interferenz | [1], |
Interferenz von Teilchen | [1], |
Interferenz; und Strukturbestimmung | [1], |
Intergrated circuit | [1], |
Intermetal dielectric | [1], [2], [3], [4], |
Internal energy | [1], [2], [3], [4], [5], |
Internal friction | [1], |
Internal gettering | [1], [2], |
Internal link | [1], |
Internal oxidation | [1], |
Internal stress | [1], [2], |
International standard system of units | [1], [2], [3], |
Internet Statistics | [1], |
Interpretation of symbols and maps | [1], |
Interpreter language | [1], |
Interstial carbon as point defect | [1], |
Interstitial diffusion mechanism | [1], |
Interstitial foreign atom | [1], |
Interstitial impurity atoms in iron | [1], [2], [3], |
Interstitial-free steel | [1], |
Interstitials | [1], |
Interstitielles Fremdatom | [1], [2], |
Intrinsic conductivity of Silicon | [1], |
Intrinsic gettering | [1], |
Intrinsic gettering in Si | [1], |
Intrinsic interstitials | [1], |
Intrinsic length scales | [1], |
Intrinsic loss coefficient | [1], |
Intrinsic point defects; meaning | [1], [2], [3], [4], [5], [6], |
Intrinsic Semiconductors | [1], [2], |
Intrinsic stacking fault | [1], |
Intrinsisch | [1], |
Intrinsische AF | [1], [2], |
Intrinsische Defekte | [1], [2], |
Intrinsische Fließgrenze | [1], |
Intrinsische Halbleiter | [1], [2], |
Intrinsische Ladungsträgerdichte | [1], [2], [3], [4], [5], |
Intrinsischer Stapelfehler | [1], [2], |
Invar alloys | [1], |
Invariante Reaktion | [1], |
Invariante Reaktionen | [1], |
Invention of the Dislocation | [1], |
Invention or discovery? | [1], [2], |
Invention, or discovery | [1], |
Invention; of atoms? | [1], |
Inventors of iron; Hittites? | [1], |
Inventors of science | [1], |
Inverse matrix | [1], |
Inversion | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], |
Inversion center; and piezoelectricity | [1], [2], |
Inversion; for Laser | [1], |
Inversionen; als Symmetrieoperation | [1], |
Inversionssymmetrie | [1], |
Inverter; and CMOS | [1], [2], |
Investment banker, and honest smiths | [1], |
Ion | [1], [2], |
Ion beam lithography | [1], [2], |
ion conducting channel | [1], |
Ion conducting solids | [1], [2], |
Ion getter pumps | [1], |
Ion implantation | [1], [2], [3], [4], [5], |
Ionen | [1], [2], |
Ionenbindubg | [1], |
Ionenbindung | [1], [2], |
Ionenimplantation | [1], [2], |
Ionenkristall; Beispiel | [1], |
Ionenkristalle; als spröde Materialien | [1], |
Ionenleiter | [1], |
Ionenleitung | [1], |
Ionenradien | [1], |
Ionenradius | [1], |
Ionenrümpfe | [1], |
Ionic conductors | [1], [2], [3], [4], [5], [6], [7], |
Ionic crystals | [1], [2], |
Ionic crystals; and multi vacancies | [1], |
Ionic polarization | [1], [2], |
Ionics | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], |
Ionisationsenergie | [1], [2], [3], [4], [5], |
Ionisationsenergie; Zahlenwerte | [1], |
Ionische Bindung | [1], |
Ionische Polarisation | [1], |
Ionisieren; von Atomen | [1], |
Ionized dopants | [1], |
Ions | [1], [2], [3], |
Ireland iron; quotes | [1], |
Iron | [1], |
Iron Age | [1], |
Iron Age; definition | [1], |
Iron Age; Hesiod's | [1], |
Iron age; transistion to | [1], |
Iron alloying | [1], |
Iron and steel products; hammer | [1], |
Iron bloom | [1], |
Iron carbide | [1], |
Iron carbide; lattice | [1], |
Iron dagger of Alaca Hoyuk | [1], |
Iron dagger Tutankhamun | [1], |
Iron from heaven | [1], |
Iron Group | [1], |
Iron herb | [1], |
Iron in copper | [1], |
Iron made in copper smelting | [1], |
Iron pillar in Delhi | [1], |
Iron plate; Geeat Pyramid | [1], |
Iron precipitates in Si | [1], |
Iron Sword; Metropolitan museum NYC | [1], |
Iron swords; first ones | [1], |
Iron technology starts 1200 BC | [1], |
Iron technology; spreading | [1], |
Iron-carbon phase diagram | [1], |
Iron-phosphide precipitates | [1], |
Iron-silicate; slag | [1], |
Iron; isotopes | [1], |
Iron; technology chain | [1], |
Iron; the making of | [1], |
Irradiation and point defects | [1], |
Irreversible processes | [1], [2], |
Irreversible Prozesse | [1], [2], |
Islam and symbolic swords | [1], |
Islamic conquest; stopping of | [1], |
Island growth mode | [1], |
Isoelectronic doping | [1], |
Isolator | [1], |
Isolator; und Dielektrikum | [1], |
Isolatoren | [1], [2], |
Isolatoren; elektr. Eigenschaften und Versetzungen | [1], |
Isolatoren; Klassifikation | [1], |
Isolatoren; und Dielektrika | [1], |
Isoplethe: im Phasendiagramm | [1], |
Isotaktische Polymerketten | [1], |
Isothermal experiment | [1], |
Isotherme; im Phasendiagramm | [1], |
Isotope | [1], [2], |
Isotopes | [1], |
Isotopes; and diffusion | [1], |
Isotrope Eigenschaften | [1], |
Isotropic dissolution | [1], |
Isotropic materials: deformation | [1], |
Isotropic steel | [1], |
Isotype heterojunction | [1], |
Isotype junctions | [1], |
Istanbul museums, Large pictures | [1], |
Italian iron; quotes | [1], |
IV-Characteristics | [1], [2], |
J, | |
Jacob's ladder; woot´z | [1], |
Jade | [1], [2], [3], |
Japan and steel | [1], |
Japanese damascene technique | [1], |
Japanese sword | [1], |
Japanese swords | [1], |
Jason, argonauts | [1], |
Jasper | [1], |
Jaspis | [1], |
JAVA | [1], [2], |
Java programs in Hyperscripts | [1], |
Java-Applets | [1], |
Jelling stone; large | [1], |
Jelling Stone; smaller | [1], |
Jericho | [1], |
Jericho; battle of | [1], |
Jet | [1], |
Jet engine; and power | [1], |
Jew's harp | [1], |
Jewelry, neolithic | [1], |
Jewish religion and swords as symbols | [1], |
Jogs | [1], [2], [3], |
Jogs and Vacs | [1], |
Jogs in dislocations | [1], |
Johnson complex | [1], |
Joining | [1], |
Joining in general | [1], |
Jokes; about Physics | [1], |
Jokoto sword | [1], [2], |
Jominy test | [1], [2], |
Joshua and Jericho genocide | [1], |
Joule, J.P. | [1], |
Joule; definition | [1], [2], [3], |
Joules; energy unit | [1], |
Journalism and ethics | [1], |
Journals, scientific | [1], [2], |
Jousting Tournament; Wootz | [1], |
Joyeuse; sword name | [1], |
Joyeuse; sword of Charlemagne | [1], |
JPEG format | [1], [2], |
Judith; and Holoferne's sword | [1], |
Jumping rate, of vacancy | [1], |
Junction voltage | [1], |
Junctions; and solar cells | [1], |
Junctions; simple | [1], |
Just right | [1], |
Justitia; and swords | [1], |
K, | |
Kaerntner Loescharbeit | [1], |
Kanal; eines MOS Transistors | [1], [2], |
Kanesh | [1], |
Kanone, und kanonisch | [1], |
Kanonenrohre | [1], |
Kanonisch | [1], [2], |
Kanonische Gesamtheit | [1], |
Kanonische Saetze | [1], |
Kapazität | [1], [2], |
Kapazität eines Kondensators | [1], |
Kapitel; im Hyperskript | [1], [2], |
Kara Ben Nemsi | [1], |
Karat | [1], |
Karatepe | [1], |
Karneaol | [1], |
Kartesische Darstellung einer komplexen Zahl | [1], [2], |
Karum | [1], |
Katana | [1], |
Katana; definition | [1], |
Katzbalger | [1], |
Keep-things-in-the-dark disease | [1], |
Keimbildung | [1], |
Kelts (and steel) | [1], |
Kelvin | [1], |
Kelvin temperature scale | [1], |
Kelvin, Lord | [1], |
Keplervermutung | [1], |
Kerr effect | [1], |
Kestel mines | [1], |
Key word index | [1], |
Khopesh | [1], [2], [3], |
Khorsabad | [1], |
Khorsabad iron | [1], |
Kick-out diffusion mechanism | [1], |
Kick-out mechanism | [1], [2], |
Kickout-Mechanismus | [1], |
Kiel; location | [1], |
Kikuchi lines | [1], |
Kilij; definition | [1], |
Killing steel | [1], |
Killing with swords | [1], |
Kiln; definition | [1], |
Kilogram standard; and Si | [1], |
kilogram-force | [1], |
Kilogramm | [1], |
Kilopond | [1], |
Kinetics | [1], |
Kinetics dominate structure | [1], |
Kinetik | [1], |
Kinetik; der Leerstellenerzeugung | [1], |
King Richard and Saladin | [1], |
King Tabnit | [1], |
King Tut | [1], [2], |
Kingly power; rested on a sword | [1], |
Kink; in dislocations | [1], |
Kinken | [1], |
Kinks | [1], |
Kinks; thermal equilibrium | [1], |
Kirk nardeban | [1], [2], |
Kirk nardeban and roses | [1], |
Kirk nardeban pattern | [1], |
Klassifikation elekt. Leitung | [1], |
Klassische Physik; alle Groessen sind reel | [1], [2], |
Klassische Teilchen | [1], [2], |
Kleinaspergle | [1], |
Klemm's etch | [1], |
Klemmenspannung | [1], |
Klettern von Versetzungen | [1], |
Knight's sword | [1], |
Knighting and swords | [1], |
Knights in full amor | [1], |
Knollenknaufschwert | [1], |
Knollenknaufschwerter | [1], [2], |
Knoop hardness | [1], |
Knot (of dislocations) | [1], |
Knoten; in Polymeren | [1], |
Knudsen effusion cell | [1], |
Kochsalz | [1], |
Kochsalz Struktur | [1], |
Koerzitivkraft | [1], |
Kohlenstoffgruppe | [1], [2], |
Kombinatorik | [1], [2], |
Komplementarität | [1], [2], |
Komplementäre Eigenschaften | [1], |
Komplementäre Größen | [1], |
Komplexe Darstellung des Widerstands | [1], [2], |
Komplexe Funktionen | [1], [2], |
Komplexe Zahl; Betrag | [1], [2], |
Komplexe Zahl; Eulersche Form | [1], [2], |
Komplexe Zahl; Logarithmus | [1], [2], |
Komplexe Zahl; trigonometrische Form | [1], [2], |
Komplexe Zahlen | [1], [2], |
Komplexe Zahlen; Addition und Subtraktion | [1], [2], |
Komplexe Zahlen; Def. und Eigenschaften | [1], [2], |
Komplexe Zahlen; Multiplikation | [1], [2], |
Komplexe Zahlen; Potenzen | [1], [2], |
Komplexe Zahlen; und Cardano | [1], |
Komplexe Zahlen; Wurzeln | [1], [2], |
Komplexer Brechungsindex | [1], |
Kompressionsmodul | [1], |
Kondensator; parasitärer | [1], |
Kondensatoren; und Dielektrikum | [1], |
Konfiguration;von Polymeren | [1], |
Konformation; von Polymeren | [1], |
Konformationsentropie | [1], |
Konjugierte Bindungen; bei Polymeren | [1], |
Konstantan | [1], |
Konstantes Potential; beim freien Elektronengas | [1], |
Konstanz der Lichtgeschwindigkeit | [1], |
Konstitution von Polymeren | [1], |
Konstruktive Interferenz | [1], [2], [3], |
Kontakt; ideal | [1], [2], |
Kontaktpotential | [1], [2], |
Kontaktpotential; Messung | [1], |
Kontaktspannung | [1], [2], [3], [4], |
Kontaktspannung; aus Poisson Gleichung | [1], [2], |
Kontinuität | [1], |
Kontinuitätsgleichung | [1], |
Konzentration; absolute | [1], [2], |
Konzentration; von AF | [1], |
Konzentrationen und 2. Ficksches | [1], |
Konzentrationsgradient; als treibende Kraft für Ströme | [1], [2], |
Konzentrationsprofil | [1], [2], [3], |
Konzentrationsunterschiede und Diffusion | [1], |
Koordinaten; verallgemeinerte | [1], |
Koordinationszahl | [1], [2], |
Kopis sword | [1], |
Korngrenze | [1], [2], [3], |
Korngrenzen | [1], |
Korngrenzenkriechen | [1], |
Korrespondenzprinzip | [1], |
Korund | [1], [2], |
Kostantstromgenerator; Solarzelle als | [1], |
Koto sword | [1], [2], |
Kovalente Bindung | [1], [2], |
Kovalente Bindungen | [1], [2], |
Kraft (Maßeinheit) | [1], |
Kraft auf Gleitebene | [1], |
Kraft, aus Potential | [1], |
Kraft; aus Potentialtopf | [1], |
Kraft; beim Zugversuch | [1], |
Kraftfeld | [1], |
Kragehul | [1], |
Kramers Kronig Beziehung | [1], |
Kramers Kronig relation | [1], [2], |
Kreative | [1], |
Kreativer | [1], |
Kriechformel | [1], |
Kriechprozesse | [1], |
Kristall | [1], [2], [3], [4], |
Kristall mit Ausscheidungen; als Verbundwerkstoff | [1], |
Kristall, innere Energie eines | [1], |
Kristall; was ist das? | [1], |
Kristallbaufehler | [1], |
Kristalldefekte | [1], [2], [3], |
Kristallebene | [1], |
Kristallebenen | [1], |
Kristallgitterbaufehler | [1], |
Kristallgitterdefekten | [1], |
Kristallimpulserhaltungssatz | [1], |
Kristalline Struktur | [1], |
Kristallographie | [1], |
Kristallographie; Grundlagen | [1], |
Kristallstrukturanalyse | [1], |
Kristallsysteme | [1], |
Kristallzucht und Defekte | [1], |
Kristallzucht, durch Lösungsmittelentzug | [1], |
Kritische Feldstärke | [1], |
Kritische Schubspannung | [1], |
Kronecker Symbol | [1], |
Kronig-Penny Modell | [1], [2], |
Krupp and cast steel | [1], |
Kröger-Vink and mass action law | [1], |
Kröger-Vink diagram | [1], |
Kröger-Vink notation | [1], [2], [3], |
Kubisch-flächenzentriert | [1], |
Kubisch-primitiv | [1], |
kubisch-raumzentriert | [1], [2], |
Kubisches Gitter | [1], [2], [3], |
Kudrun saga | [1], |
Kueltepe | [1], |
Kueltepe letters | [1], |
Kuenzing iron hoard | [1], [2], |
Kugelflaechenfunktionen | [1], |
Kugelwellen | [1], [2], |
Kugelwellenfunktionen | [1], |
Kukri | [1], |
Kultur; Grundlagen der | [1], |
Kultur; und Stahl | [1], |
Kunsstoffseile | [1], |
Kupfer-Indium-di-Selenid | [1], |
Kurzschlußstrom; einer Solarzelle | [1], |
Kusanagi, sword name | [1], |
Köhler | [1], |
Körner; im Kristall | [1], |
Kültepe | [1], |
Künste_der_Menschheit | [1], |
Künstliche Intelligenz | [1], |
Künstliche Verbundwerkstoffe | [1], |
L, | |
L = liquid phase | [1], |
La Tène | [1], [2], |
La Tène culture | [1], [2], [3], |
La Tène culture; map | [1], |
La Tène swords | [1], |
Labiles Gleichgewicht | [1], |
Laboratory security | [1], |
Laborsicherheit | [1], |
Lachmirowice-Apa; sword type | [1], |
Ladder and rose; wootz | [1], |
Ladder pattern | [1], |
Ladung, von Elementarteilchen | [1], |
Ladung; Definition | [1], |
Ladung; eines Lochs | [1], |
Ladungsdichte | [1], |
Ladungspumpe; Spannungsquelle als | [1], [2], |
Ladungsschwerpunkte | [1], |
Lageplan | [1], |
Lagrange Parameter | [1], |
Lagrangesche Parameter | [1], |
Lagrangescher Paramenter; als T | [1], |
Lambda quarter plate | [1], |
Lambda Sonde | [1], [2], [3], |
Lambda-Sonde | [1], |
Lamé constants | [1], [2], |
Landesmuseum Schleswig-Holstein | [1], |
Landtag; in Schleswig-Holstein | [1], |
Langevin function | [1], [2], [3], [4], |
Langevin Funktion; und Orientierungspolarisation | [1], |
Lanthanoide | [1], |
Lanthanoides | [1], |
Lanthanoids | [1], |
Lapis lazuli | [1], |
Lapislazuli | [1], |
Laplace Gleichung | [1], [2], |
Laplace-Operator | [1], |
Laptop | [1], [2], |
Large amounts of money: in chip production | [1], [2], |
Large signal response. | [1], |
Largest single crystals in the world | [1], |
Laser | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], |
Laser ablation | [1], [2], |
Laser condition | [1], |
Laser diodes | [1], |
Laser mode | [1], |
Laser; and absorption | [1], |
Laser; and resonator | [1], |
Laser; and ruby | [1], |
Laser; and semiconductor property | [1], |
Laser; auf Halbleiterbasis | [1], |
Lasers | [1], [2], |
Lateral contraction | [1], [2], |
Lateral synchronisation of local Current Bursts | [1], [2], |
Lathes; of martensite | [1], |
Lattice | [1], [2], [3], [4], |
Lattice constant | [1], |
Lattice constant cubic | [1], |
Lattice constant ternary compounds | [1], |
Lattice misfit | [1], |
Lattice types | [1], |
Lattice; crystal | [1], |
Lattice; is not a crystal | [1], |
Laue-Verfahren | [1], |
Laufende ebene Welle | [1], [2], [3], |
Laufende Wellen | [1], |
Lauriacum-Hromowka; sword type | [1], |
Lawinendurchbruch | [1], [2], |
Lay-out of a chip | [1], [2], |
Layer deposition by sputtering | [1], [2], |
Layer plus island growth mode | [1], |
Layer-by-layer growth mode | [1], |
Layered semiconductors | [1], |
Lead bead Catal Höyük | [1], |
Lead bracelet; Yarim Tepe | [1], |
Lead frame | [1], [2], |
Lead smellting | [1], |
Lead technology | [1], [2], |
Lead; alloying element | [1], |
Leads; on integrated circuits | [1], [2], |
Learning curve | [1], [2], [3], |
Learning modules of the hyperscript | [1], |
Leben | [1], |
Lebensdauer | [1], |
Lebensdauer; als Kurzform für Minoritätsladungsträgerlebensdauer | [1], [2], |
Lebensdauer; von Elektronen im Leitungsband | [1], |
Lebensdauer; von Minoritäten | [1], |
Lecture - presentation | [1], |
Lecture, vs. presentation | [1], |
Lectures | [1], |
Ledeburit | [1], [2], [3], |
Ledeburite | [1], [2], [3], [4], [5], |
Ledeburite II | [1], |
Lederartige Polymere | [1], |
LEDs and total reflection | [1], |
Leerlaufspannung | [1], |
Leerlaufspannung; einer Solarzelle | [1], |
Leerstelle | [1], [2], [3], [4], [5], |
Leerstellen | [1], |
Leerstellenkonz. im TD Gleichgewicht | [1], [2], |
Leerstellenkonzentration_beim_Abschrecken | [1], |
Leerstellenmechanismus der Diffusion | [1], [2], |
Left-handed circular polarization | [1], |
Legendre transformation | [1], |
Legierung | [1], [2], [3], |
Lehrstuhl für Materialwissenschaft | [1], |
Lehrstuhlinhaber | [1], |
Leica | [1], |
Leichte Richtung; Magnetisierung | [1], [2], |
Leistungsdichte | [1], |
Leistungshalbleiter | [1], |
Leistungsverstärkung: mit einem Transistor | [1], [2], |
Leiter | [1], [2], [3], |
Leiter, für elektrischen Strom | [1], |
Leiterbahnen; auf IC | [1], [2], |
Leitereigenschaften | [1], |
Leitern; Klassifikation | [1], |
Leitfähigkeit von Halbleitern | [1], [2], [3], |
Leitfähigkeit; Grundgleichung | [1], |
Leitfähigkeit; Mastergleichung | [1], [2], |
Leitfähigkeit; spezifische | [1], [2], [3], [4], |
Leitungsband | [1], [2], [3], |
Leitungstyp; bei Halbleitern | [1], |
Leitunngsbandkante | [1], |
Leitz | [1], |
Lennard-Jones Potenital | [1], |
Lens aberations | [1], |
Lens errors | [1], |
Lenz's law | [1], [2], [3], [4], |
Leptons | [1], |
Lernen mit Multimedia | [1], |
Lesekopf | [1], |
Letter Journals | [1], |
Letters | [1], |
Levant iron; quotes | [1], |
Lever rule | [1], |
Li ion batteries; and porous Si | [1], |
Li ion battery | [1], [2], |
Lichtabsorption | [1], |
Lichtbrechung | [1], |
Lichterzeugung durch Rekombination | [1], |
Lichtjahr | [1], [2], |
Lichtleitfasern | [1], |
Lichtpolarisation | [1], |
Lichtreflektion | [1], |
Lichtteilchen | [1], |
Liebig's Fleisch Extract | [1], |
Life time | [1], [2], [3], |
Life time killer | [1], [2], |
Life time; formula for the | [1], |
Life time; of LED's | [1], |
Lifetime | [1], |
Lifetime of light source | [1], |
Light amplification | [1], [2], |
Light beam induced current | [1], |
Light bulbs; replacement | [1], |
Light emission | [1], |
Light emission; exp. decay | [1], |
Light emitting diode | [1], [2], [3], [4], [5], [6], [7], [8], [9], |
Light microsocope | [1], [2], |
Light optical microscopes | [1], [2], |
light path; geometric optics | [1], |
Light. Wave or particle? | [1], |
Light; and power | [1], |
Light; and solar cells | [1], |
Light; was is it? | [1], |
Lime burning | [1], |
Lime; definition | [1], |
Limes | [1], |
Limestone as flux | [1], |
Limits of solar cell efficiency | [1], |
Limonite | [1], |
Linde, von | [1], |
Lindholmgard sword; Copenhagen | [1], |
Line | [1], [2], |
Line defect; dislocation | [1], |
Line energy | [1], [2], [3], |
Line tension | [1], |
Line vector | [1], |
Linear polarization | [1], [2], |
Linear polarizers; principles | [1], |
Lines in a phase diagram | [1], |
Liniendefekte | [1], [2], [3], [4], |
Linienenegie; einer Versetzung | [1], |
Linienspannung; einer Versetzung | [1], |
Linienvektor; einer Versetzung | [1], [2], |
Link Hub | [1], |
Linking images in your document | [1], |
Links | [1], |
Linz-Donawitz-Verfahren | [1], |
Liouvillscher Satz | [1], |
Liquid and temperature | [1], |
Liquid crystal display | [1], [2], [3], [4], [5], [6], [7], |
Liquid crystals | [1], [2], |
Liquid encapsulation technique | [1], [2], |
Liquid immersion lithography | [1], [2], |
Liquid phase | [1], |
Liquid welding | [1], |
Liquidus | [1], [2], |
Liquiduslinie | [1], |
Listen; Hyperskript | [1], |
Lit. Net; D. Raabe website | [1], |
Lit. Net; Key to Metals | [1], |
Lit. Net; Metallurgy for Dummies | [1], |
Lit. Net; R. Cowen's essays | [1], |
Literature research | [1], |
Literature; major | [1], |
Litharge | [1], |
Lithography | [1], [2], [3], [4], |
Load management; solar cell | [1], |
Load resistance; solar cell | [1], |
Load; on solar cells | [1], |
Local (electrical) field | [1], [2], |
Local discharge | [1], [2], |
local electrical field strength | [1], |
Local equilibrium | [1], [2], [3], |
local Oscillation Cycle | [1], [2], |
Local oxidation of Silicon | [1], [2], |
Local properties of solar cells | [1], |
Localized excitons | [1], |
Localized light scattering defect | [1], [2], |
Loch; im Raumbild | [1], |
Loch; im Valenzband | [1], |
Locket; of scabbard | [1], |
Lockstep movement of atoms | [1], |
Lodestone | [1], |
Logarithm dualis | [1], |
Logarithms | [1], [2], |
Lohschmidt constant | [1], |
Lokale Entladungen | [1], |
Lokalisation von Teilchen | [1], |
Lomer-Cotrell dislocations | [1], [2], [3], |
Lomer-Cottrell-Versetzungen | [1], |
Longitudinale Wellen | [1], |
Longitudional modes | [1], |
Longsword; definition | [1], |
Lord of the Ring; and swords | [1], |
Lord of the Rings | [1], |
Lord of the Rings; and sword symbolism | [1], [2], |
Lorentz force | [1], [2], [3], |
Lorentz law | [1], |
Lorentz model | [1], [2], |
Low Alloy Steel | [1], |
Low Alloy Steels | [1], [2], [3], |
Low Angle Grain Boundaries | [1], |
Low concentration; alloying elements | [1], |
Low k dielectrics | [1], [2], |
Low pressure CVD | [1], [2], |
Low-alloy steel | [1], |
Lower bainite | [1], [2], |
Lower shelf | [1], |
Lower shelf energy | [1], [2], |
Lower yield strength | [1], |
Lowest melting point; eutectic | [1], |
Lowest unoccupied molecular orbital | [1], |
Lubrication; importance of | [1], |
Lubrication; MEMS | [1], |
Lueders Bands | [1], [2], |
Lumen; definition of unit | [1], |
Luminescence | [1], [2], |
Luminous efficacy | [1], |
Lump size charcoal; smelting | [1], |
Lupenreinheit | [1], |
Luppe | [1], [2], [3], |
Lure | [1], |
Luristan | [1], |
Luristan big question | [1], |
Luristan bronze | [1], |
Luristan iron sword; metallurgy | [1], |
Luristan iron swords | [1], [2], |
Luristan mask sword | [1], |
Luristan mask swords | [1], |
Luristan sword | [1], |
Luristan sword; faked | [1], |
Luster of pearls | [1], |
Luster; and pearlite | [1], |
Luwian kingdoms | [1], |
Lycurgus cup | [1], |
Lycurgus cup; large picture | [1], |
Längenmaß; angelsächsisch | [1], |
Längenmaße | [1], |
Löcher | [1], |
Löcher, in Kristallen | [1], |
Löcher; Definition | [1], [2], |
Löcher; im Valenzband | [1], [2], |
Löcherdichte; plot | [1], [2], |
Löslichkeit | [1], [2], |
Löslichkeit von Fremdatomen | [1], [2], |
Lötzinn | [1], |
M, | |
Macbeth | [1], [2], |
Mace head Can Hasan | [1], |
Mace head; Can Hassan | [1], |
Machete; definition | [1], |
Machinability | [1], [2], |
Machining Steels | [1], |
Macro segregation | [1], [2], |
Macroscopic segregation | [1], |
Macrosegregation, and Scheil model | [1], |
Macrostate | [1], [2], [3], |
Macuahuitl sword | [1], |
Madelungkonstante | [1], [2], [3], |
Mafa iron-smelting | [1], |
Magdalenenberg | [1], |
Magentic (relative) permeability of material | [1], [2], |
Magentische (relative) Permeabilität eines Materials | [1], |
Magic; and semiconductor technology | [1], [2], |
Magical sword understood | [1], |
Magical swords | [1], [2], [3], |
Magie | [1], |
Magische Schwerter | [1], |
Magnet | [1], |
Magnet; making a permanent | [1], |
Magnetfeld | [1], |
Magnetic dipole | [1], |
Magnetic dipole moment | [1], |
Magnetic dipoles | [1], [2], |
Magnetic domains | [1], [2], [3], |
Magnetic energy losses | [1], [2], |
Magnetic field strength | [1], [2], |
Magnetic flux density | [1], [2], |
Magnetic flux quant | [1], [2], |
Magnetic imaging | [1], [2], |
Magnetic induction | [1], [2], |
Magnetic memories | [1], [2], |
Magnetic memory | [1], [2], |
Magnetic moment | [1], [2], |
Magnetic moments of some materials | [1], [2], |
Magnetic monopole | [1], |
Magnetic monopoles | [1], [2], [3], |
Magnetic permeability of the vacuum | [1], [2], [3], [4], [5], |
Magnetic polarization | [1], [2], [3], |
Magnetic properties of steel | [1], |
Magnetic resonance imaging | [1], [2], |
Magnetic resonance tomography | [1], |
Magnetic sensing | [1], |
Magnetic storage material | [1], [2], |
Magnetic susceptibility | [1], [2], [3], [4], [5], [6], |
Magnetische Dipole | [1], |
Magnetische Dipole; und Spin | [1], |
Magnetische Domänen | [1], [2], |
Magnetische Feld; Herkunft | [1], |
Magnetische Feldstärke | [1], |
Magnetische Flußdichte | [1], |
Magnetische Induktion | [1], |
Magnetische Materialien | [1], |
Magnetische Monopole | [1], |
Magnetische Permeabilität des Vakuums | [1], |
magnetische Quantenzahl | [1], [2], [3], [4], [5], |
Magnetische Speicher | [1], |
magnetische Suszeptibilität | [1], [2], |
Magnetischen Verlusten | [1], |
Magnetisches Dipolmoment | [1], |
magnetisches Moment | [1], [2], [3], |
Magnetisches Moment der Elektronen | [1], |
Magnetisches Moment; des Elektrons | [1], |
Magnetisierung | [1], [2], |
Magnetisierung, und elastische Energie | [1], |
Magnetism | [1], |
Magnetism in iron | [1], |
Magnetismus | [1], [2], |
Magnetismus; und Spin | [1], |
Magnetite | [1], |
Magnetization | [1], [2], [3], |
Magneto-optic Kerr effect | [1], |
Magneton; Bohrsches | [1], |
Magnetostriction | [1], [2], [3], [4], [5], |
Magnetostriktion | [1], |
Maintenance of light sources | [1], |
Major Steels | [1], [2], |
Majority carriers | [1], |
Majoritäten; als Kurzform | [1], [2], |
Majoritätsladungsträger | [1], [2], |
Makheira | [1], |
Makheira sword | [1], |
Making a formal dislocation | [1], |
Making a permanent magnet | [1], |
Makrozustand | [1], [2], [3], [4], |
Malachit | [1], |
Malachite | [1], [2], [3], [4], [5], |
Malleability | [1], |
Manganese Group | [1], |
Manganese in steel | [1], |
Manganese; always good | [1], |
Manganese; mysterious role in smelting | [1], |
Manipulationen mit Zahlen | [1], |
Map and phase diagrams | [1], |
Map Hallstatt | [1], |
Map of Kiel | [1], |
Map of La Tene culture | [1], |
Map of Turkey; early places | [1], |
Map, detailed | [1], |
Maraging steel | [1], [2], [3], |
Marcomanni | [1], |
Marcomanni; map | [1], |
Marktchanchen | [1], |
Martempering | [1], |
Martensit | [1], [2], [3], [4], [5], |
Martensite | [1], [2], [3], [4], [5], [6], [7], |
Martensite and carbon | [1], |
Martensite and shape memory alloys | [1], |
Martensite formation | [1], |
Martensite hardening | [1], [2], |
Martensite, how it forms | [1], |
Martensite; being hard | [1], |
Martensite; being soft | [1], |
Martensite; formation of | [1], |
Martensite; reason for hardness | [1], |
Martensite; what is | [1], |
Martensitic ageing; maraging | [1], |
Martensitic stainless steels | [1], |
Martensitic transformation | [1], [2], |
Martensitische Umwandlungen | [1], |
Masculine principle; and swords | [1], |
Maser | [1], [2], |
Mask | [1], [2], |
Masking; with SiO2 | [1], [2], |
Masks for lithography | [1], [2], |
Mass action law | [1], [2], [3], [4], [5], [6], [7], [8], |
Mass action law and Kröger-Vink | [1], |
Mass density | [1], |
Mass of electron | [1], [2], |
Mass of elementary particles | [1], |
Mass of proton | [1], [2], |
Masse; eines Lochs | [1], |
Massenwirkungsgesetz | [1], [2], [3], [4], |
Master Graph; for semiconductors | [1], |
Master, study course | [1], |
Materialeigenschaften | [1], [2], |
Materialermüdung | [1], [2], |
Materialgesetz, elastisch | [1], |
Materialklassifikation | [1], |
Materialparameter Fermienergie | [1], |
Materials Research Society | [1], |
Materials Science and Technology | [1], [2], |
Materials Scientists | [1], |
Materialversagen | [1], |
Materialwissenschaft der TF | [1], [2], [3], |
Materiewelle | [1], |
Materiewellen | [1], [2], [3], |
Mathematicians | [1], |
Mathew's principle | [1], |
Matrix | [1], |
Matrix algebra | [1], [2], [3], [4], |
Matrix of contents | [1], |
Matrix of modules | [1], [2], [3], |
Matrixalgebra und Quantenmechanik | [1], [2], [3], |
Matrizen; in der Diracgleichung | [1], |
Matte | [1], |
Matter waves | [1], |
Matthew; apostle | [1], |
Matthiesen | [1], [2], |
Matthiesen Regel | [1], |
Matthiesen rule | [1], [2], |
Matthiesen-Regel | [1], |
Mausklick | [1], |
Mawi I | [1], |
Maximale Kraft; für Lösung einer Bindung | [1], |
Maximale Zugfestigkeit | [1], |
Maximum der Dispersionkurve | [1], |
Maximum der Spannungs - Dehnungskurve; Herkunft | [1], |
Maximum stress humans can produce | [1], |
Maximum temperature | [1], |
Maximum; stress - strain diagram | [1], |
Maxwell equations | [1], |
Maxwell equations (and dielectrics) | [1], [2], |
Maxwell equations and optics | [1], |
Maxwell Gleichungen | [1], |
Maxwell's demon | [1], |
Maxwell-Gleichungen | [1], [2], [3], |
Mazarin | [1], |
Maßeinheiten | [1], [2], [3], [4], [5], [6], |
Maßeinheiten; Erklärungen | [1], |
MBE | [1], |
mean current density | [1], [2], |
Mean field theory of ferromagnetism | [1], [2], |
Mean free path | [1], [2], [3], [4], |
mean oxide thickness | [1], |
Mean scattering time | [1], [2], [3], [4], [5], [6], [7], |
measurable quantities | [1], |
Measurements; temperature | [1], |
Measuring extreme temperatures | [1], |
Measuring IV characteristics of solar cells | [1], |
Measuring thin film thickness | [1], |
Mechanical alignment; carbides | [1], |
Mechanical contacts | [1], [2], |
Mechanical properties; measurement | [1], [2], [3], |
Mechanical waves | [1], |
Mechanics of smelting | [1], |
Mechanische Dehnung und Piezoelektrizität | [1], |
Mechanische Eigenschaften; aus Potentialtopf | [1], |
Mechanische Spannung | [1], [2], [3], [4], [5], [6], |
Mechanisches Ersatzschaltbild eines Polymers | [1], |
Mechanisches Gleichgewicht | [1], |
Mechanisches Wärmeäquivalent | [1], |
Mechanisms for dislocation generation | [1], |
Mechanoluminescence | [1], |
Medium carbon steel | [1], [2], |
Medium-alloy steel | [1], |
Mega, Giga Pascals | [1], |
Mehrfachgleitung | [1], |
Mehrlagenmetallisierung | [1], |
Meistersinger | [1], |
Melt spinning | [1], |
Melting copper | [1], |
Melting energy | [1], |
Melting of alloys | [1], |
Melting point anomaly of Si | [1], |
Melting point density anomaly, of Si | [1], |
Melting point Fe with C | [1], |
Melting point of alloys | [1], |
Melting point: spring model | [1], |
Melting point; calculation of | [1], |
melting point; phase transition | [1], |
Melting point; spring model | [1], |
Melting pot | [1], |
Melting; phase diagram | [1], |
Melting; reason for | [1], |
Membranes; and MEMS | [1], |
MEMS products | [1], |
MEMS specialities | [1], |
Men and swords | [1], |
Mercury | [1], |
Merge cells, rows, and columns in a table | [1], |
Merovingians | [1], |
Merovingians; map | [1], |
Mersin; Yumuktepe | [1], |
Mesonen | [1], |
Message; central point of a presentation | [1], |
Messung der Kontaktspannung | [1], |
Messung von Diffusionsparametern | [1], |
Meta science | [1], |
Metal bending industry | [1], |
Metal carbides; making of | [1], |
Metal fatigue | [1], |
Metal powder, making of | [1], |
Metal-bending industry | [1], |
Metal-oxid-semiconductor (Technik) | [1], [2], |
Metallbindung | [1], |
Metalle | [1], [2], [3], |
Metalle; elektr. Eigenschaften und Versetzungen | [1], |
Metallic glasses | [1], [2], [3], |
Metallische Bindung | [1], |
Metallische Gläser | [1], |
Metallographers) | [1], |
Metallurgical grade Si | [1], [2], [3], |
Metallurgical junction | [1], |
Metallurgie | [1], [2], [3], [4], |
Metallurgy Luristan iron sword | [1], |
Metals; and multi acancies | [1], |
Metamagnet | [1], [2], |
metamaterial | [1], |
Metamaterials | [1], |
Metamode files n Hyperscriptsd | [1], |
Metamodules | [1], |
Metaphysics | [1], [2], [3], |
Metaphysik | [1], [2], [3], [4], |
Metastabile Kristalle | [1], |
Metastabiles Gelichegewicht | [1], |
Metastable phase | [1], |
Meteor iron | [1], |
Meteorites; and iron | [1], |
Meteoritic iron | [1], |
Meter | [1], [2], |
Metglas | [1], |
Metric system | [1], |
Metric system, kilograms | [1], |
Metrisches System; statt angelsächsisch | [1], |
Metropolitan Museum; guide | [1], |
Mexican hat pommel | [1], |
Miao Dao; definition | [1], |
Mica | [1], [2], |
Michael; archangel | [1], |
Micro Alloy Steel | [1], |
Micro Alloy Steels | [1], |
Micro crystalline Si solar cell | [1], |
Micro Electro Mechanical Systems | [1], |
Micro electronic and mechanical systems | [1], [2], |
Micro segregation | [1], [2], [3], |
Micro systems | [1], |
Micro twin | [1], |
Micro twins | [1], |
Micro-alloyed steel | [1], [2], |
Microchip | [1], |
Microchips and defect engineering | [1], |
Microcracks and fracture | [1], |
Microcracks; and fracture | [1], |
Microelectronic; definition | [1], |
Microelectronics, and defects | [1], |
Microelectronics; and defects | [1], |
Microfluidics | [1], |
Micrographs | [1], |
Micromechanics | [1], [2], |
Micropipes; in SiC | [1], [2], |
Microrelectronic and mechanical systems | [1], [2], |
Microscopes, basic modes | [1], |
Microscopes; basic ingredients | [1], |
Microscopes; basic types | [1], |
Microsegregation | [1], |
Microsoft | [1], |
Microstate | [1], [2], |
Microstructure | [1], |
Microstructure and state | [1], |
Microsystems | [1], [2], |
Micrrwave oven | [1], [2], |
Mie scattering | [1], |
Migration energy | [1], [2], [3], |
Migration energy; diffusion | [1], |
Migration entropy | [1], |
Migration period | [1], |
Migration period sword | [1], |
Mikroelektronik | [1], [2], |
Mikrokanonische Gesamtheit | [1], |
Mikroprozessor | [1], |
Mikroriss | [1], |
Mikrorisse | [1], [2], |
Mikrorisse; in Polymeren | [1], |
Mikroriß | [1], |
Mikrosysteme | [1], |
Mikrowelle | [1], |
Mikrowelle; Ofen | [1], |
Mikrowellenofen | [1], [2], |
Mikrozustand | [1], [2], |
Mild and low carbon steel | [1], [2], |
Mild steel | [1], [2], [3], |
Mild steels | [1], [2], |
Military movement | [1], |
Miller index of directions | [1], [2], |
Miller indices | [1], [2], [3], [4], |
Miller Indizes für Richtungen | [1], |
Miller-Indices | [1], |
Miller-Indizes | [1], |
Miller-Indizes, | [1], |
Milliarde - aufpassen!! | [1], |
Milliarde, angelsächsisch | [1], |
Mimung | [1], [2], [3], [4], [5], |
Mimung; im Wielandlied | [1], [2], |
Mimung; making of | [1], |
Mimung; sword name | [1], |
Mimung; sword of Wieland | [1], |
Mindelheim sword | [1], [2], |
Mine for copper ore; oldest | [1], |
Mineralogie | [1], [2], |
Mineralogists and crystals | [1], |
Minimal feature size | [1], [2], |
Minimal strain (in O-lattice theory) | [1], |
Minimum der Dispersionskurve | [1], |
Mining and smelting | [1], |
Minoan culture | [1], |
Minoan swords | [1], |
Minority carrier diffusion length | [1], |
Minority carrier life time | [1], [2], [3], |
Minority carriers | [1], |
Minoritäten; als Kurzform | [1], [2], |
Minoritätsladungsträger | [1], [2], [3], [4], [5], |
Minuszeichen; bei Energie | [1], |
Mirror | [1], |
Mirror; silver | [1], |
Mirrors, x-ray; and Si | [1], |
Mirrors; Laser | [1], |
Misawite | [1], |
Miscellaneous modules | [1], |
Mischen; als Beispiel für chemisches Gleichgewicht | [1], |
Mischkristall | [1], [2], |
Mischkristall; als reine Phase | [1], |
Mischkristallhärtung | [1], [2], |
Mischphase | [1], [2], |
Mischunglücke | [1], |
Mischungsentropie | [1], |
Mischungslücke | [1], |
Miscibility gap | [1], |
Misfit dislocations | [1], [2], [3], [4], |
Misfit Versetzungen | [1], |
Misfit; and epitaxial growth | [1], |
Mismatch thermal expansion coefficient | [1], |
Misorientation; od substrates | [1], |
Missing atoms are vacancies | [1], |
Missing single socks and vacancies | [1], |
Misunderstandings concerning smelting | [1], |
Mittanni letters | [1], |
Mittelwerte, bei Gleichgewichten | [1], |
Mittlere freie Weglänge | [1], [2], [3], [4], |
Mittleres Abstandsquadrat | [1], |
Mittleres Verschiebungsquadrat | [1], [2], |
Mixed defects | [1], |
Mixed dislocation | [1], |
Mixed dislocations; strain field of a | [1], |
Mixing it in | [1], |
Mobility | [1], [2], [3], [4], [5], [6], [7], |
Mobility of carriers | [1], [2], [3], [4], |
Mobility of electrons; in Si | [1], |
Mobility; and Hall effect | [1], [2], [3], |
Mobility; expressed in fundamental terms | [1], [2], [3], |
Mobility; measurement | [1], |
Modell des freien Elektronengas | [1], |
Models; and reality | [1], |
Modes of Lasers | [1], |
Modul einer komplexen Zahl | [1], [2], |
Modulation doping | [1], |
Module matrix | [1], |
Module; im Hyperskript | [1], [2], |
Modules of a Hyperscript | [1], |
Modules of solar cells | [1], |
Modules; of Hyperscript | [1], |
Modules; solar cell | [1], |
Modulus einer komplexen Zahl | [1], [2], |
Modulus of elasticity | [1], |
Mohammed's ladder | [1], [2], [3], |
Mohammeds latter | [1], |
Mohs hardness | [1], |
Moirée pattern | [1], [2], [3], |
Moirée patterns | [1], |
Moirée structure | [1], |
Moissanite (= natural SiC) | [1], |
Mol | [1], |
Mol; definition | [1], |
Mole fraction | [1], [2], |
Molecular Beam Epitaxy | [1], [2], [3], [4], |
Molecules | [1], |
molecules; scattering at | [1], |
Molybdenum in steel | [1], |
Moment of inertia | [1], |
Momentaufnahme einer Welle | [1], [2], |
Momentaufnahme; bei Wasserdipolen | [1], |
Money matters | [1], |
Money; and proposals | [1], |
Money; and semiconductor technology | [1], [2], |
Money; and solar cells | [1], |
Money; integral part of ST | [1], |
Money; invention of | [1], |
Monge | [1], |
Mono-chromatic light | [1], |
Monochromatic light | [1], |
Monochromatic light ; Laser | [1], |
Monoclinic lattice | [1], |
Monoklines Gitter | [1], |
Monoklinic lattices | [1], |
Monomeren | [1], |
Monomode Laser | [1], |
Monroe, Marilyn | [1], |
Monte Carlo simulation | [1], |
Monte-Carlo-Simulation | [1], [2], [3], |
Moore's law | [1], [2], [3], |
Moore's law break down | [1], |
Moores law | [1], |
Morgan Bible | [1], [2], |
Morgan Bible; picture from | [1], |
Morganit | [1], |
Morganite | [1], |
Morgen | [1], |
Mormons and symbolic swords | [1], |
Morphological phase boundary; in PZT | [1], [2], |
Morse-Potential | [1], |
MOS Kontakt | [1], [2], |
MOS technology | [1], |
MOS Transistor | [1], [2], |
MOS transistor; basics | [1], [2], |
MOS transistors | [1], [2], |
Most important technology | [1], |
Mother-of-pearl | [1], |
Motorola | [1], [2], |
Mottled pattern; wootz | [1], |
Moulds | [1], |
Movement atoms; property changes | [1], |
Movement; detection im MEMS | [1], |
Moving atoms with vacancies | [1], |
Moving atoms; numbers | [1], |
MS Word | [1], |
Mu-metal | [1], [2], [3], |
Mulit level metallization | [1], [2], |
Multi crystalline Si | [1], [2], [3], [4], |
Multi crystalline solar cell | [1], |
Multi junction solar cell | [1], |
Multi Phase steel | [1], |
Multi purposes internet mail extension | [1], |
Multi quantum well | [1], |
Multi vacancies | [1], |
Multi-chromatic light | [1], |
Multikulti | [1], |
Multiple quantum well | [1], |
Multiversum | [1], |
Munich pugio; pattern welded | [1], |
Murphy's law | [1], |
Museum critic | [1], |
Museums in Copenhagen; guide | [1], |
Museums in Dresden; Guide | [1], |
Museums; and xyou | [1], |
Mushet's steel | [1], |
Mutation; evolution of iron | [1], |
Mythen; der Schmiede | [1], |
mythos | [1], |
Mößbauer effect | [1], |
Müon | [1], |
N, | |
n - channel MOS | [1], [2], |
n-channel MOS | [1], [2], |
n-dotierte Halbleiter | [1], [2], |
n-Kanal MOS | [1], [2], |
n-leitende Halbleiter | [1], [2], |
n-type semiconductor | [1], [2], |
Nabarro-Herring-Kriechen | [1], |
Nabla-Operator | [1], |
NaCl structure | [1], |
Nacre | [1], [2], [3], [4], |
Nacre; strength | [1], |
Naegling. sword name | [1], |
Nagelring | [1], [2], [3], |
Nagelring; sword name | [1], |
Nagelring; sword of Theoderic the Great | [1], |
Nahal Mishmar hoard | [1], |
Nahal Mishmar hoard; pictures | [1], |
Nahal Mishmar; large picture | [1], |
Nahordnung | [1], |
Nails; making | [1], |
Name attribute | [1], [2], |
Named swords | [1], |
Names and knowledge | [1], |
Names in menu bar | [1], |
Names: Indiex of | [1], |
Naming a frame set | [1], |
naniso | [1], |
Nano = midget | [1], |
Nano nonsense | [1], |
Nano technology | [1], [2], [3], |
Nanocheating | [1], |
Nanocracks and fracture | [1], |
Nanocracks; and fracture | [1], |
Nanogold | [1], |
Nanometer | [1], |
Nanometers | [1], |
Nanoparticles | [1], |
Nanoparticles; light scattering | [1], |
Nanorods | [1], |
Nanotechnik | [1], |
Nanowires | [1], |
Nanowires; Si | [1], [2], [3], |
Napla operator | [1], |
Narsil; magical sword of ... | [1], |
National treasures; and swords | [1], |
Native oxide | [1], [2], |
Natufian Culture | [1], |
Natural draft furnace | [1], |
Natural draft; smelting | [1], |
Natural logarithm | [1], [2], |
Nature or nurture | [1], |
Naturkautschuk | [1], |
Naturkonstanten | [1], [2], |
Natürliche Verbundwerkstoffe | [1], |
Naue I type | [1], |
Naue type bronze swords | [1], |
Naßchemie | [1], |
nbsp symbol | [1], |
Near field | [1], |
Nebenbedingungenen; bei Ableitung Fermi Verteilung | [1], |
Nebengruppen | [1], [2], |
Nebenquantenzahl | [1], [2], [3], [4], [5], [6], |
Nebra bronze swords | [1], |
Nebra sky disk | [1], |
Necking | [1], [2], |
Necking process | [1], |
Needle scanning microscopes | [1], [2], [3], [4], [5], |
Needles | [1], |
Needles; making | [1], |
Negative dielectric constant | [1], |
Negative electrode; battery | [1], [2], |
Negative Entropie; Bedeutung | [1], |
Negative index of refraction | [1], |
Negative resists | [1], [2], |
Neo Babylonian empire | [1], |
Neolithic revolution | [1], [2], [3], |
Neolithicum | [1], |
Nernst equation | [1], [2], [3], [4], [5], |
Nernst's equation | [1], [2], [3], |
Net current density | [1], |
Net generation of carriers | [1], |
Net pattern; wootz | [1], |
Nettoreaktion; im dynamischen Gleichgewicht | [1], |
Nettostrom; für Ohmsches Gesetz | [1], [2], |
Netzebene | [1], |
Netzebenen; und Bragg Bedingung | [1], |
Neue Hütte Schmalkalden: large pictures | [1], |
Neue Hütte; Schmalkalden | [1], |
Neustria | [1], |
Neutrakitätsbedingung; für die Betsimmung der Fermienergie | [1], |
Neutral axis | [1], |
Neutral surface | [1], |
Neutralizing impurities in steel | [1], |
Neutron | [1], |
Neutron diffractometer; and Si | [1], |
Neutron transmutation doping | [1], |
Neutronen | [1], [2], [3], |
Neutronen; zur Strukturanalyse | [1], [2], |
Neutronenbeugung | [1], |
Neutronendotierung | [1], |
Nevali Çori | [1], |
Nevali Çori; Turtle dance bowl | [1], |
New Schottky notation | [1], |
Newton | [1], |
Newton fringes | [1], [2], |
Newton rings | [1], |
Newton; definition | [1], [2], |
Newton; unit of force | [1], |
Newtons Laws | [1], |
Neél temperature | [1], [2], |
Neél walls | [1], [2], |
Neélwand | [1], |
Ni-Cr anomaly | [1], |
Ni-equivalent | [1], |
Nibelungen saga | [1], [2], |
Nibelungenlied | [1], [2], [3], [4], |
Nice wootz patterns | [1], |
Nichia | [1], |
Nichtkonservative Versetzungsbewegung | [1], |
Nick | [1], |
Nickel in steel | [1], |
Nickel prize | [1], |
Nicole prism | [1], |
Nicopolis; battle of | [1], |
Niederstotzingen grave | [1], |
Nihonto; definitition | [1], |
Nimcha; definition | [1], |
Niobium in steel | [1], |
Nirvana | [1], |
Nirvana concentration PD | [1], |
Nirvana is boring! | [1], |
Nirvana; or thermodynamic equilibrium | [1], |
Nital | [1], |
Nitridation and point defects | [1], |
Nitridation und AF | [1], |
Nitrogen embrittlement | [1], |
Nitrogen in steel | [1], |
No equations | [1], |
Nobel | [1], [2], [3], [4], [5], [6], [7], [8], |
Nobel prices; Einstein | [1], |
Nobel prize | [1], |
Nobelpreis; nicht verliehen | [1], |
Noble elements | [1], |
Noble gases | [1], [2], [3], |
Noble metals | [1], [2], [3], |
Noble price and dislocations | [1], |
Nodes of grain boundaries | [1], |
Nomenklatur; SiC Polytypie | [1], |
Nominal strain | [1], |
Nominal stress | [1], |
Nominelle Dehnung | [1], |
Nominelle Spannungen | [1], |
Non conservative dislocation movement | [1], |
Non equilibrium thermodynamics | [1], [2], |
Non magnetic steel | [1], |
Non metals (as conductors) | [1], [2], |
Non working bookmarked links | [1], |
Non-equilibrium for point defects | [1], |
Non-ideal gases | [1], |
Non-linear optical properties; measurement | [1], |
Non-magnetic steel | [1], |
Non-rusitng pillar in Dehli | [1], |
Nordheim Regel | [1], |
Nordheim-Regel | [1], |
Nordheims rule | [1], [2], |
Noricum | [1], |
Normal deformation | [1], |
Normal deformations | [1], |
Normal strain | [1], [2], |
Normal stress | [1], |
Normalized stress | [1], |
Normalized temperature | [1], |
Normalizing of steel | [1], |
Normalspannung | [1], |
Normalverteilung | [1], |
Normierungsbedingung | [1], [2], [3], [4], |
Normierungsfaktor | [1], |
Norse Mythology | [1], |
Norwegian Ridgebacks | [1], |
Nose in TTT diagrams | [1], |
Not finding documents | [1], |
Notation, Math | [1], [2], |
Notch; Charpy test | [1], |
Notch; on a wafer. | [1], [2], |
Notches (on wafers) | [1], [2], |
Notebook | [1], [2], |
Nothung | [1], |
Notung | [1], [2], [3], [4], [5], [6], [7], [8], |
Notung; magical sword of Siegmund | [1], |
Notung; Siegfried's sword | [1], |
Notung; sword name | [1], |
nspace | [1], |
Nucelation centers; defects as | [1], |
Nuclear magnetic resonance | [1], |
Nucleation | [1], |
Nucleation at grain boundaries | [1], |
Nucleation explained | [1], |
Nucleation is difficult | [1], |
Nucleation of thin films | [1], |
Nucleation problem | [1], |
Nucleation science | [1], [2], [3], |
Nucleation sites | [1], |
Nucleation; heterogeneous | [1], |
Nucleation; homogeneous | [1], |
Nuclei | [1], |
Nuclei of atoms | [1], |
Nuclei; for thin film growth | [1], |
Nucleus | [1], |
Nugget | [1], |
Nukleation | [1], |
Nulldimensionale Defekte | [1], [2], [3], [4], |
Nullpunkt; Energie | [1], |
Numbers concerning light | [1], |
Numbers for point defects | [1], |
Numbers vacancy concentration | [1], |
Numbers; moving atoms | [1], |
Numerical aperture | [1], [2], [3], |
Numerical aperture; and resolution | [1], |
nwall | [1], |
Nydam | [1], [2], |
Nydam swords | [1], |
Nydam treasure | [1], |
Nydam-Kragehul; sword typ | [1], |
Nylon | [1], |
Nyquist-plot | [1], |
Nächste Nachbarn; in Kristall | [1], |
Nægling | [1], |
O, | |
O-lattice | [1], |
O-lattice theory | [1], [2], [3], |
O-lines | [1], [2], |
O-points | [1], [2], [3], |
O2-lattice | [1], |
oben | [1], |
Obere Streckgrenze | [1], |
Oberfläche; als Defekt | [1], |
Oberflächenenergie | [1], |
Oberflächenzustände | [1], [2], |
Oberhoffer’s etch | [1], |
Oberon | [1], |
Object oriented programming | [1], |
Oboli | [1], [2], |
Obsidian | [1], [2], [3], |
Obsidian blades | [1], |
Obstacles to dislocation movement and hardness | [1], |
Obtaining credit points | [1], |
Obvious; writing down the | [1], |
Occam's razor | [1], |
Ochre | [1], [2], |
Octahedral sites | [1], |
Odysseus; a pirate | [1], |
Oersted; alte magn. Einheit | [1], |
Ohm's law | [1], [2], [3], |
Ohmic contacts | [1], |
ohmic losses | [1], |
Ohmic materials | [1], [2], [3], |
Ohmic resistor | [1], [2], [3], [4], |
Ohms law | [1], [2], [3], [4], |
Ohmsche Materialien | [1], [2], [3], |
Ohmscher Kontakt | [1], [2], |
Ohmscher Kontakt; Halbleiter-Metall | [1], |
Ohmsches Gesetz | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], [13], |
Ohmsches Gesetz; Gültigkeit | [1], |
Oil for quenching | [1], |
Oil resources | [1], |
Okarina; stehende Wellen in | [1], |
Oktaederluecke | [1], [2], |
Old Copper Complex | [1], |
Old Schottky notation | [1], |
Old Steels | [1], |
Oldest copper | [1], |
Oldest gold artifacts | [1], |
Oldest sculptures | [1], |
Oldest smelted copper | [1], |
Oliphant | [1], |
Olymp | [1], |
Omega-Teilchen | [1], |
One dimensional defects | [1], |
One-dimensional defect | [1], [2], [3], |
Onyx | [1], [2], |
Opacity | [1], [2], |
Opacity. | [1], |
Opal | [1], [2], [3], [4], |
Opal; photonic crystal | [1], |
open circuit voltage | [1], [2], [3], |
Open circuit; solar cell | [1], |
Open hearth furnace | [1], |
Open hearth process | [1], |
Operator | [1], |
optic axis | [1], |
Optica lefficiency of light generation | [1], |
Optical anisotropie | [1], |
Optical compound materials | [1], |
Optical fibres | [1], |
Optical MEMS | [1], |
Optical microscope | [1], [2], |
Optical microscopy of steel structure | [1], |
Optical properties, of SiC | [1], |
Optical properties; thin films | [1], [2], |
Optical sensing | [1], |
Optical sensor | [1], |
Optical sensors | [1], |
Optical tensor materials | [1], |
Optically smooth surface | [1], |
Optics | [1], |
Optics; thin film | [1], |
Optik | [1], |
Optik; und Dielektrika | [1], |
Optik; und Magnetismus | [1], |
Optimal working point; solar cell | [1], [2], |
Optimize composition | [1], |
Optische Eigenschaften; Ionenkristalle | [1], |
Optische Gitter | [1], |
Optische Gläser | [1], |
Optoelectronic, and thin films | [1], |
Optoelectronics | [1], [2], [3], [4], [5], |
Optoelectronics defined | [1], [2], |
Optoelectronics; and defects | [1], [2], |
Optoelectronis, and defects | [1], |
Optoelektronik | [1], [2], [3], [4], [5], [6], |
Orange peel in steel | [1], |
Orbital; Definition | [1], |
Orbitale | [1], |
Orbitale (s-Typ) | [1], |
Orbitalpolarisation | [1], |
Order; definition of | [1], |
Ordinary wave | [1], |
Ordnung | [1], |
Ordnung; 1. Definition | [1], |
Ordnung; qualitative Definition | [1], [2], |
Ordnung; von Beugungsreflexen | [1], |
Ordnungsgrad | [1], |
Ordnungszahl | [1], [2], |
Ore | [1], |
Ore richness | [1], |
Ore; chemical compound | [1], |
Ore; gossan | [1], |
Ore; oxidation zone | [1], |
Ore; sulfides | [1], |
Organic compounds | [1], |
Organic conductor | [1], |
Organic LED | [1], |
Organic LED's | [1], |
Organic light emitting diode | [1], [2], |
Organic semiconductors; solar cells | [1], [2], [3], |
Orgelpfeife | [1], |
Orientation polarization | [1], [2], [3], [4], |
Orientierungspolarisation; Berechnung | [1], [2], |
Origin of striations | [1], |
Orowan mechanism | [1], [2], |
Orowan Prozess | [1], |
Orthorhombic lattice | [1], [2], |
Orthorhombisches Gitter | [1], |
Ortsfeste Dotieratome | [1], [2], |
Ortsfestigkeit; Dotieratome | [1], |
Ortsfrequenzen | [1], |
Ortsraumdarstellung einer Bandverbiegung | [1], [2], |
Ortsunschärfe | [1], |
Oscillation frequency atoms | [1], |
oscillation period | [1], [2], |
oscillation regime | [1], |
Oscillations of crystal atoms | [1], |
Oscillator; and MEMS | [1], |
Osemund vs. Osmund iron | [1], |
Osmondite | [1], |
Osmund iron | [1], [2], |
Osmund iron; Gdansk | [1], |
Osram | [1], |
Osterburken-Vrasselt; sword type | [1], |
Ostrogothic Kingdom | [1], |
Ostwald Reifung | [1], |
Ostwald ripening | [1], [2], [3], |
Oszillationen; am Si-Elektrolyt Kontakt | [1], |
Ottoman art | [1], |
Oven; definition | [1], |
Oversaturation | [1], |
Oxidation and point defects | [1], |
Oxidation induced stacking fault | [1], [2], [3], [4], |
Oxidation inducued stacking faults | [1], |
Oxidation und AF | [1], |
Oxidation zone | [1], [2], |
Oxidation zone in smelting | [1], |
Oxidationsinduzierte Stapelfehler | [1], |
Oxidationsinduzietre Stapelfehler | [1], |
Oxide capacitance | [1], [2], [3], |
Oxide CVD | [1], [2], |
Oxide deposition | [1], [2], |
oxide growth and dissolution | [1], [2], |
oxide layer thickness | [1], |
Oxide layer through oxidation | [1], |
Oxide Nitride-Oxide triple layer | [1], [2], |
oxide thickness destribution | [1], |
Oxidizing zone of smelter | [1], |
Oxidizing zone) | [1], |
Oxygen group | [1], |
Oxygen in steel | [1], |
Oxygen precipitates; gettering | [1], |
Oxygen sensor | [1], [2], [3], |
Oxygen-blast steelmaking | [1], |
P, | |
p - channel MOS | [1], [2], |
p-dotierte Halbleiter | [1], [2], |
P-iron; easy to forge | [1], |
P-iron; hardness | [1], |
p-Kanal MOS | [1], [2], |
p-leitende Halbleiter | [1], [2], |
p-n-junction | [1], |
P-n-junctions | [1], [2], [3], |
p-n-Übergang | [1], [2], [3], [4], |
p-n-Übergang; Herstellung | [1], [2], |
p-Orbital | [1], |
P-steel; whiteness | [1], |
P-stel; corrosion resistance | [1], |
Packaging materials | [1], [2], |
Packaging MEMS | [1], |
Packets, in bainite | [1], |
Packing density in a plane | [1], |
Packungsdichte | [1], [2], [3], |
Pairs of point defects | [1], |
Palatine chapel; Aachen | [1], |
Palette | [1], [2], |
Pallasch | [1], |
Palmette Pattern | [1], [2], [3], |
Pantheon | [1], |
Pantheon; früher Betonbau | [1], |
Papers | [1], |
Parabolic mirror | [1], |
Paradigma | [1], |
Paradigma der Materialwissenschaft | [1], |
Paragraph tag | [1], |
Parallel plate reactor | [1], [2], |
Paramagentism | [1], [2], [3], |
Paramagnete | [1], |
Paramagnetic materials | [1], [2], [3], |
Paramagnetische Materialien | [1], [2], |
Paramagnetism of the free electron gas | [1], [2], |
Paramagnetismus | [1], |
Paramagnets | [1], [2], |
Parameter space; etching | [1], |
Parasitic capacity | [1], [2], |
Parasitic transistors; in MOS | [1], [2], |
Parasitären Kapazitäten | [1], |
Parsec | [1], [2], |
Parthian Empire | [1], [2], |
Partial dislocation | [1], |
Partial dislocations | [1], [2], [3], [4], |
Partial pressure | [1], [2], |
Partialströmen | [1], |
Partialversetzung | [1], |
Partialversetzung; Franksche | [1], |
Partialversetzungen | [1], |
Partialversetzungen im Vergleich | [1], |
Particle coarsening | [1], |
Particle concentration; diffusion | [1], |
Particle current density | [1], |
Particle flux | [1], |
Particle of light, photon | [1], |
Particle picture for interference | [1], |
Particle picture of light | [1], |
Particles | [1], [2], [3], [4], |
Partition coefficient | [1], |
Partition function | [1], |
Parts per Billion | [1], [2], [3], |
parts per million | [1], [2], |
Parts per Milllion | [1], |
Parts per Quatrillion | [1], [2], |
Parts per Trillion | [1], |
Pascal | [1], |
Pascal; definition | [1], [2], |
Pascal; unit of stress | [1], |
Passivation | [1], [2], |
Passivation | [1], |
Passivation, of dangling bonds | [1], |
Passivation; of Si devices | [1], [2], |
Passivation; solar cell | [1], |
Path length | [1], |
Pattern element | [1], |
Pattern elements | [1], |
Pattern formation | [1], [2], |
Pattern welded swords | [1], [2], |
Pattern welding | [1], [2], |
Pattern welding 19th century | [1], |
Pattern welding and phosphorous steel | [1], [2], |
Pattern welding maturation | [1], |
Pattern welding outside Europe | [1], |
Pattern welding; complex patterns | [1], |
Pattern welding; definition | [1], |
Pattern welding; origin of term | [1], |
Pattern welding; palmette and chevron | [1], |
Pattern welding; snakes | [1], |
Pattern welding; surface treatement | [1], |
Patterns on a blade | [1], |
Pauli exclusion principle | [1], |
Pauli principle | [1], |
Pauli Prinzip | [1], [2], [3], [4], [5], |
Pauli Prinzip; und freie Elektonen | [1], |
Pauli-Prinzip | [1], [2], [3], [4], [5], |
Paulis Prinzip; und Elektronengeschwindigkeit | [1], |
Pax Romana | [1], |
PC | [1], |
Peace band | [1], |
Peach-Koehler-Prozess; beim Versetzungskriechen | [1], |
Pearlite | [1], [2], [3], [4], [5], |
Pearlite as phase | [1], |
Pearls | [1], |
Pearls; and pearlite | [1], |
Peary; R.; admiral and thief | [1], |
Peer review | [1], |
Peierls | [1], [2], [3], [4], |
Peierls instability | [1], [2], [3], |
Peierls instability and superconductivity | [1], [2], |
Peierls potential | [1], [2], |
Peierls Spannung | [1], |
Peierls stress | [1], |
Peierls transition | [1], |
Peierls-Potential | [1], |
Pellicle | [1], [2], |
Peltier cooling elements | [1], [2], |
Peltier effect | [1], [2], |
Peltier effects | [1], [2], |
Peltier Elemente | [1], |
Pencil; etymology | [1], |
Penetration depth | [1], |
Penetration depth; diffusion | [1], [2], |
Penetration depth; of light | [1], |
Penrose Fliesen | [1], |
Penrose tiles | [1], |
Penrose, Roger | [1], |
Percent for concetrations | [1], |
Percolation | [1], |
Perfect crystal | [1], |
Perfect dislocation | [1], |
Perfect semiconductors | [1], |
Perfekter Kristall; und Bruch | [1], |
Perfektion | [1], [2], |
Periodendauer | [1], |
Periodic boundary conditions; for the free electron gas | [1], |
Periodic table | [1], |
Periodic Table of the Elements | [1], |
Periodische Randbedingungen | [1], [2], [3], [4], |
Periplus of the Erythraean Sea | [1], |
Peritektikum | [1], |
Peritektoid | [1], |
Peritektoide Reaktion | [1], |
Perlen | [1], |
Perlit | [1], [2], [3], [4], [5], [6], |
Perlite | [1], |
Permanent magnet | [1], |
Permanent magnet | [1], [2], [3], [4], |
Permanent magnet; ideal case | [1], [2], |
Permanent tmagnet | [1], |
Permanentmagnet | [1], |
Permeability; magnetic | [1], |
Permittivity | [1], [2], |
Permittivity constant | [1], [2], |
Permittivität | [1], |
Permittivität des Vakuums | [1], |
Perovskite structure | [1], [2], [3], |
Perowskite | [1], |
Perpetuum mobile | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], |
Persepolis | [1], |
Persistent slip band | [1], |
Personal Computer | [1], |
PET, fuer Flaschen | [1], |
Petit | [1], [2], [3], |
Phallus symbol; and swords | [1], |
Phantastilliarden | [1], |
Phase | [1], [2], |
Phase boundaries | [1], [2], |
Phase boundary | [1], |
Phase boundary dislocations | [1], |
Phase boundary energy | [1], |
Phase boundary engineering | [1], |
Phase Boundary Science | [1], |
Phase boundary; hetero junction | [1], |
Phase change | [1], |
phase change and sign | [1], |
Phase change stress | [1], |
Phase Changes | [1], [2], |
Phase coherence; Laser | [1], |
Phase diagram Fe-P | [1], |
Phase diagram Fe-P: low P | [1], |
Phase diagram of quartz | [1], [2], |
Phase diagram of salt water | [1], |
Phase diagram; iron-carbon | [1], |
Phase diagrams | [1], [2], |
Phase diagrams as maps | [1], |
Phase diagrams calculated | [1], |
Phase diagrams Fe-Ni, Fe-Mn | [1], |
Phase difference | [1], |
Phase distribution gradients | [1], |
Phase noise; in Lasers | [1], |
Phase of light | [1], |
Phase shift masks | [1], |
Phase space | [1], [2], |
Phase tranformations, and segregation | [1], |
Phase transformation | [1], [2], |
Phase transition | [1], [2], |
Phase velocity | [1], [2], |
Phase; definition | [1], [2], |
Phase; einer Schwingung | [1], |
Phase; einer Welle | [1], |
Phase; geometrisch | [1], |
Phasen | [1], [2], [3], |
Phasenbeziehung | [1], |
Phasendiagramm; Darstellung von atomaren Fehlstellenkonzentrationen | [1], |
Phasendiagramm; Definition | [1], |
Phasenfaktor | [1], [2], |
Phasengeschwindigkeit | [1], [2], |
Phasengrenze | [1], |
Phasengrenzen | [1], [2], [3], |
Phasenraum | [1], [2], [3], |
Phasenänderungen | [1], |
Phases of materials | [1], |
Phases; phase rule | [1], |
Philosophen | [1], |
Philosopher's stone | [1], |
Philosophers | [1], [2], |
Philosophie | [1], [2], [3], |
Philosophie, und Komplementarität | [1], |
Philosophie; und Quantentheorie | [1], |
Philosophy | [1], |
Philosophy and sword symbolism | [1], |
Phlogiston | [1], [2], |
Phononen | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], |
Phononen; Eigenschaften | [1], |
Phonons | [1], [2], [3], [4], [5], |
Phonons; and interaction with electrons | [1], |
Phophorous steel | [1], |
Phosphine | [1], [2], [3], |
Phosphorescence | [1], [2], |
Phosphorous elemental semiconductor | [1], |
Phosphorous instead carbon | [1], |
Phosphorous iron | [1], |
Phosphorous steel | [1], [2], [3], [4], |
Phosphorous steel swords | [1], |
Phosphorous Steel; ghost structure in | [1], |
Phosphorous; banning | [1], |
Phosphorous; for alloying | [1], |
Phosphorous; intentional use | [1], |
Phosphors; luminescent material | [1], |
Phosphorus in steel | [1], |
Photo current; in junction | [1], |
Photo potential; of junction | [1], |
Photo resist | [1], [2], [3], [4], [5], [6], |
Photoeffekt | [1], |
Photoelectric Effect | [1], |
Photoelektrischer Effekt | [1], [2], |
Photoluminescence | [1], [2], [3], |
Photoluminescence from solar cell | [1], |
Photon | [1], [2], [3], [4], [5], [6], |
Photon; and quasi particles | [1], |
Photon; light particle | [1], |
Photonen | [1], [2], |
Photonen; Eigenschaften | [1], |
Photonen; zur Strukturanalyse | [1], |
Photonic crystals | [1], [2], [3], |
Photonic crystals; and Si | [1], |
Photonische Kristalle | [1], [2], |
Photons | [1], |
photons; and light | [1], |
Photowiderstand | [1], [2], [3], |
Physical chemistry | [1], |
Physical vapor transport; for SiC crystal growth | [1], [2], |
Physics and sex | [1], [2], [3], |
Physikalische Chemie | [1], |
Physisorption | [1], |
Pi-Bindung | [1], [2], |
Piano wire | [1], |
Pictures | [1], |
Pictures; in homepage | [1], |
Piezo electricity; tensor | [1], |
Piezoelectric effect | [1], |
Piezoelectric fuel injectores | [1], [2], |
Piezoelectric materials; and MEMS | [1], |
Piezoelektrische Materialien | [1], |
Piezoelektrizität | [1], |
Piezoluminescence | [1], |
Piezoresistive effect | [1], |
Pig iron | [1], [2], [3], [4], [5], |
Piling; compositional | [1], |
Piling; definition | [1], |
Piling; pattern welding | [1], |
Piling; random compositional | [1], |
Piling; random structural | [1], |
Piling; structural | [1], |
PIN diode | [1], |
Pink quartz | [1], |
Pinning; of domain walls | [1], [2], |
Piss; for etching Si | [1], |
Pit firing; for ceramics | [1], |
Pixel program | [1], |
Pixel programs | [1], [2], |
Placer gold | [1], |
Plain carbon steel | [1], [2], |
Plain carbon steels | [1], |
Planar growth | [1], |
Planarization | [1], [2], |
Planarization; and MEMS | [1], |
Planck equation | [1], |
Planck's constant | [1], |
Plancks constant | [1], [2], |
Plancksches Strahlungsgesetz | [1], [2], |
Plancksches Wirkumsquantum | [1], |
Plancksches Wirkungsquantum | [1], [2], [3], |
Plane wave; light | [1], |
Planes; Miller Indices | [1], |
Planet | [1], |
Planetenmodell des Atoms | [1], |
Planetenmodell; des Atoms | [1], |
Plasic deformation and point defects | [1], |
Plasma | [1], [2], [3], [4], |
Plasma enhanced CVD | [1], [2], |
Plasma etching | [1], [2], |
Plasma etching; MEMS | [1], |
Plasma oxide | [1], [2], |
Plaster of Paris | [1], |
Plastic deformation | [1], [2], |
Plastic deformation and dislocations | [1], [2], |
Plastic deformation; stress relief | [1], [2], [3], |
Plastische Verformung | [1], [2], [3], [4], [5], [6], [7], |
Platingruppe | [1], |
Platinum group | [1], |
Plattenkondensator | [1], |
Plattenkondensator; als Modell der Raumladungszone | [1], [2], |
Pleidelsheim | [1], |
Pleochroism | [1], |
Pleonasmus | [1], |
Plowshare; from swords | [1], |
Plowshares; making of | [1], |
Plumbago; and graphite | [1], |
Plätze; für Elektronen | [1], |
Plätze; und Zustandsdichte | [1], |
pn Übergang | [1], |
pn-junction; for solar cells | [1], |
pn-Kontakt | [1], [2], |
PNG format | [1], [2], |
Pockels cells | [1], |
Pockles effect | [1], |
POCl process | [1], [2], |
Poetic Edda | [1], |
Point defects | [1], [2], [3], [4], [5], |
Point defects and sensors | [1], |
Point defects in Si | [1], |
Point defects; basic equation | [1], |
Point groups | [1], |
Point; of sword | [1], |
Poisson equation | [1], [2], [3], |
Poisson Gleichung | [1], [2], [3], [4], [5], [6], [7], |
Poisson Gleichung; und RLZ Weie | [1], [2], |
Poisson's ratio | [1], |
Poissons equation | [1], [2], [3], [4], |
Poissonzahl | [1], |
Poisson´s ratio | [1], [2], |
Polarimeter | [1], |
Polarisation | [1], [2], [3], |
Polarisation; optische | [1], |
Polarisation; von Molekülen | [1], |
Polarisationsmechanismen | [1], |
Polariton; uses | [1], |
Polarizability | [1], [2], |
Polarization | [1], [2], [3], [4], [5], [6], [7], |
Polarization direction | [1], |
Polarization filters | [1], |
Polarization is perpendicular to conducting rods | [1], |
Polarization mechansims | [1], [2], |
Polarization microscopy | [1], |
Polarization of light | [1], [2], |
Polarization plane | [1], |
Polarization vector | [1], |
Polarization; and photons | [1], |
Polarization; definition | [1], |
Polarizer | [1], |
Polarizing crystals | [1], |
Polarizing methods | [1], |
Polaroid Corporation | [1], |
Polishing | [1], [2], |
Polishing pad | [1], |
Poly | [1], [2], |
Poly crystal | [1], [2], |
Poly Si for crystal growth | [1], [2], [3], |
Poly silicon: Variants | [1], [2], |
Poly-crystralline gemstones | [1], |
Polybius on Celtic swords | [1], |
Polybius; right or wrong? | [1], |
Polycarbonat | [1], |
Polycarbonat; und CD | [1], |
Polychromatic light | [1], |
Polyimide | [1], [2], |
Polyisoprene | [1], |
Polykristall | [1], |
Polykristall; Verformung | [1], |
Polykristallen | [1], |
Polymere | [1], [2], [3], |
Polymere, ataktischenKetten | [1], |
Polymere; isotaktische Ketten | [1], |
Polymere; kohlenstoffbasiert | [1], |
Polymere; syntaktische Ketten | [1], |
Polymers | [1], |
Polymers as composite materials | [1], |
Polymorphism | [1], |
Polymorphismus | [1], |
Polysilicon layers | [1], [2], |
Polytypes; of SiC | [1], [2], |
Polytypie | [1], |
Polytypie; beim SiC | [1], |
Polytypismus | [1], |
Pommel Ring | [1], |
Pommel ring puzzle | [1], |
Pommel; of sword | [1], |
Pommels; systematic | [1], |
Pommels; what for? | [1], |
Pond | [1], |
Populonia; Etruscan iron | [1], |
Porcelain | [1], |
Porenkristall | [1], |
Porenkristalle | [1], |
porous silicon | [1], [2], |
Porskjaer | [1], |
Positive electrode; battery | [1], [2], |
Positive resist | [1], [2], |
Positiver Realismus | [1], |
Positron | [1], [2], [3], |
Positron annihilation | [1], [2], [3], |
Positron Emission Tomography | [1], |
Positron Lifetime; and vacancy | [1], |
Positronen | [1], |
Positronen Emissions Tomographie | [1], |
Positronenlebensdauer | [1], |
Positrons and vacancies | [1], |
Possibilities; and entropy | [1], |
Postitronenvernichtung | [1], |
Postmoderne | [1], |
Potential | [1], [2], [3], |
Potential eines Elektrons | [1], |
Potential energy | [1], |
Potential losses | [1], |
Potential well | [1], |
Potential; aus Poisson Gleichung | [1], [2], |
Potential; for free electron gas | [1], |
Potentialtopf | [1], [2], [3], [4], |
Potentielle Energie | [1], [2], [3], |
Potions; making of | [1], |
Pottery | [1], |
Pound per square inch. | [1], |
Powder metallurgy | [1], [2], [3], |
Power bellows | [1], |
Power efficiency of light sources | [1], |
Power flux vs. specific energy | [1], |
Power flux: and Poynting vector | [1], |
Power hammer | [1], |
Power plant | [1], |
Power, swords as symbols of | [1], |
Power; and optoelectronics | [1], |
Power; defintion | [1], |
Power; energy per time | [1], |
Power; solar cell | [1], |
Powerpoint foils; decisive points | [1], |
Powerpoint; use for presentations | [1], |
Poynting vector | [1], |
Pozzolanic reaction | [1], |
Praxis and theory | [1], |
Praxis; und Theorie | [1], |
Pre-exponential factor; vacancy conc. | [1], [2], [3], |
Pre-Pottery Neolithic | [1], [2], [3], |
Precession of electrons orbits | [1], [2], |
Precious gemstones | [1], |
Precipitaion hardening: in steel | [1], |
Precipitate | [1], [2], [3], |
Precipitates | [1], |
Precipitation | [1], |
Precipitation and point defects | [1], |
Precipitation and Structures | [1], |
Precipitation hardening: in steel | [1], [2], [3], |
Precipitation, and segregation | [1], |
Preferential etching | [1], [2], |
Prefix | [1], |
Presentation - lecture | [1], |
Presentation giving; goal | [1], |
Presentation, what is it? | [1], |
Presentation; opposed to lecture | [1], |
Pressure and stress | [1], [2], |
Pressure sensor; MEMS | [1], |
Pressure welding | [1], [2], |
Pressure; what is | [1], |
Price per function | [1], |
Prills | [1], |
Primary cementite | [1], |
Primary energy | [1], |
Primary ferrite | [1], |
Primitive Einheitszelle | [1], |
Primitive unit cell | [1], [2], |
Primärbindungen | [1], |
Principal axes | [1], |
Principal refractive indices | [1], |
Principle of supreme laziness | [1], |
Printing contacts; solar cell | [1], |
Prismatic punching | [1], |
Probability Functions | [1], [2], |
Probability of a macrostate | [1], [2], |
Probe; in microscopy | [1], |
Procedings | [1], |
Process flow | [1], [2], |
Process integration | [1], [2], |
Process steps | [1], [2], |
Process window | [1], [2], |
Process-induced defects | [1], [2], |
Processing time; solar cell | [1], |
Product; result of ST | [1], |
Products | [1], |
Products; and semiconductor technology | [1], [2], |
Products; MEMS | [1], |
Proecipitates in Si | [1], |
Profile tapering | [1], |
Project | [1], |
Project button in menu bar | [1], |
Promise; no math | [1], |
Proof stress | [1], |
Propagation speed, of wave | [1], |
Properties of an object | [1], |
Properties of light sorces | [1], |
Properties of Pure Iron | [1], |
Properties of Steel | [1], |
Properties; for categorizing | [1], |
Properties; thin film | [1], |
Proposal; and peer review | [1], |
Protected zones below tuyere | [1], |
Proto-science steel | [1], |
Proton | [1], |
Protonen | [1], [2], [3], |
Prozessinduzierte Defekte | [1], |
Prozeßschritte | [1], |
Przeworsk culture | [1], [2], |
Przeworsk culture; map | [1], |
Präzipitate | [1], |
Prüfkörper | [1], |
Psalterium Aureum | [1], |
Pseudo phase; pearlite | [1], |
Pseudoreziprokes Gitter bei hexagonalen Kristallen | [1], [2], |
Psychoanalysis and sword symbol | [1], |
Psychologie | [1], |
Psychologie (und Matwiss) | [1], |
Psychologie; und Materialwissenschaft | [1], |
Publish or perish | [1], |
Puddle steel | [1], |
Puddling | [1], |
Puddling steel in China | [1], |
Pugio | [1], |
Pugio in Munich; pattern welded | [1], |
Pugios | [1], |
Pulad | [1], |
Pulad: menaing | [1], |
Pulad; al-Kindi | [1], |
Pulwar | [1], |
Pumping a Laser | [1], [2], [3], |
Pumping, Laser | [1], |
Punktdefekte | [1], [2], [3], [4], |
Punktfehler | [1], [2], [3], [4], [5], [6], |
Punktgitter | [1], [2], |
Pure diffusion currents | [1], |
Pure metal; in nature | [1], |
Pure shear | [1], |
Pure steps | [1], |
Purification of copper | [1], |
Pyramid inch | [1], |
Pyramid iron; first analysis | [1], |
Pyramid iron; second analysis | [1], |
Pyramid Pommel | [1], |
Pyramidenzoll | [1], [2], [3], |
Pyramidioty | [1], |
Pyramidology | [1], |
Pyramids | [1], |
Pyre; and pyrolysis | [1], |
Pyrite | [1], |
Pyro electricity | [1], [2], |
Pyroelektrizität | [1], |
Pyrolysis | [1], |
Pyrope | [1], |
Pyrotechnology | [1], [2], |
Pyrotechnology; copper working | [1], |
Pythagoras | [1], |
PZT | [1], [2], |
Q, | |
Quality and quantity | [1], |
Quanten | [1], [2], |
Quantenelektrodynamik | [1], |
Quantenmechanik | [1], [2], [3], |
Quantentheorie | [1], [2], [3], [4], [5], [6], [7], [8], |
Quantentheorie: als Grundlage der Halbleiterbauelemente | [1], [2], |
Quantentheorie; als Grundlage der Matwiss | [1], |
Quantenzahl | [1], |
Quantenzahlen | [1], [2], [3], [4], [5], |
Quantenzahlen-Energie | [1], |
Quantenzahlen; beim freien Elektronengas | [1], |
Quantitative science | [1], |
Quantity; of energy | [1], |
Quantum efficiency of light generation | [1], [2], |
Quantum efficiency; LED's | [1], |
Quantum electrodynamics | [1], |
Quantum numbers; in the free electron gas model | [1], |
Quantum optics | [1], |
Quantum state | [1], |
Quantum theory | [1], [2], [3], [4], [5], [6], |
Quantum theory and bonding | [1], |
Quantum theory; and light | [1], |
Quantum well | [1], |
Quantum wells | [1], |
Quantum wire | [1], |
Quantum wire; Si | [1], |
Quark | [1], |
Quarks | [1], |
Quarter lambda plate | [1], |
Quarter wave plate | [1], |
Quartz | [1], [2], [3], [4], [5], |
Quartz crystal | [1], [2], |
Quartz oscillators | [1], [2], [3], [4], |
Quartz; phase diagram | [1], [2], |
Quarz | [1], |
Quasi Fermi energies | [1], |
Quasi Fermi energy | [1], [2], |
Quasi particles | [1], [2], [3], |
Quasi wave vector | [1], |
Quasi-particles | [1], |
Quasicrystals | [1], |
Quasifermienergie | [1], |
Quasikristall | [1], |
Quasikristalle | [1], [2], [3], |
Quasiteilchen: Phonon als | [1], |
Quaternary compound semiconductors | [1], |
Quellen; des Feldes | [1], |
Quellen; für Teilchen | [1], [2], |
Quenching | [1], [2], [3], [4], |
Quenching agents; differences of | [1], [2], |
Quenching austenite | [1], |
Quenching by killing | [1], |
Quenching depth | [1], [2], |
Quenching experiments | [1], [2], |
Quenching with Eulenspiegel | [1], |
Quenching; and vacancy clusters | [1], |
Quenching; sympathetic magic | [1], |
Querdehnung | [1], |
Querkontraktion | [1], |
Querkontraktionszahl | [1], |
Quersprung | [1], |
Querzahl | [1], |
Quicklime | [1], |
Quicklime burning | [1], |
Quicklime; for slag | [1], |
Quillons | [1], |
Qxygen sensor | [1], |
R, | |
Raction equation; for point defects | [1], |
Radfahrermodell; pn-Übergang | [1], [2], [3], [4], |
Radiale Verteilungsfunktion | [1], [2], |
Radiale Wahrscheinlichkeitsdichte | [1], |
Radialsymmetrische Funktionen | [1], |
Radiation resistance; of SiC devices | [1], |
Radiative channels | [1], |
Radio buttons | [1], |
Radio frequency = high frequency | [1], |
Radio frequency identification device | [1], |
Radioactive decay | [1], [2], |
Radioactive isotopes | [1], |
Radioaktive Isotope | [1], |
Radioaktive Zerfall | [1], |
Radioaktivität | [1], |
Radiocarbon Uhr | [1], |
Radioluminescence | [1], |
Radius of curvature; film stress | [1], |
Rain making and nucleation | [1], |
Ramsdell notation; for SiC polytypes | [1], |
random | [1], |
Random phases | [1], |
Random walk | [1], [2], [3], [4], [5], [6], [7], [8], |
Random walk; Elektron | [1], |
Rank of a matrix | [1], |
Rank of the deformation matrix | [1], [2], |
Rapid thermal processing | [1], [2], [3], [4], |
Rapier; definition | [1], |
Rare earth elements | [1], |
Rare earths | [1], |
Raseneisenerz | [1], [2], |
Rasterelektronenmikroskop | [1], |
Rasterkraftmikroskop | [1], |
Rastertunnelmikroskop | [1], [2], [3], [4], [5], |
Rauchquarz | [1], |
Raumerfüllung | [1], |
Raumgitter | [1], |
Raumladungszone | [1], [2], |
Raumladungszone; als Kondensator | [1], [2], |
Raumladungszone; Breite | [1], [2], |
Ravenna; and Theoderic | [1], |
Raw silicon | [1], [2], [3], |
Rayleigh scattering | [1], |
RC time constant | [1], [2], |
Reacitvity; measurement | [1], |
Reaction constant | [1], |
Reaction coordinate | [1], |
Reactive Interfaces and point defecs | [1], |
Reactive ion beam etching | [1], [2], |
Reactive ion etching | [1], [2], |
Reactive sputtering | [1], [2], |
Reactivity of Si | [1], |
Real image | [1], |
Real particles | [1], |
Realer Kontakt | [1], [2], |
Realkristall | [1], |
Realkristall; bei Halbleitern | [1], |
Realkristalle | [1], |
Realteil: als Repräsentation einer klassischen Welle | [1], |
Reciprocal lattice | [1], [2], [3], [4], |
Recombination center | [1], |
Recombination channel | [1], [2], [3], [4], |
Recombination coefficient | [1], [2], |
Recombination current | [1], |
Recombination currren tin a p-n-junction | [1], |
Recombination life time | [1], |
Recombination rate | [1], [2], |
Recombination rate; in non-equilibrium | [1], |
Recombination volume | [1], [2], |
Recombination zone | [1], [2], [3], [4], [5], |
Reconstruction; surface | [1], |
Recycling scrap iron | [1], |
Red shortness | [1], |
Red shortness; and S | [1], |
Red-Green-Blue | [1], |
Redrawing graphics | [1], |
Redshort | [1], |
Reduced band diagrams | [1], |
Reduced O-lattice | [1], |
Reducing atmosphere in kilns | [1], |
Reducing the size of images | [1], |
Reduction | [1], |
Reduction reaction | [1], |
Reduction zone | [1], [2], |
Reduction zone in smelting | [1], |
Reduzierte Darstellung; der Bandstrukur | [1], |
Reduzierte Wellenvektoren | [1], |
Reduziertes Banddiagramm | [1], |
Referee | [1], |
Refining bloom | [1], |
Reflected beam | [1], |
Reflection | [1], |
Reflection; definition | [1], [2], |
Reflectometry | [1], |
Reflektionskoeffizient | [1], |
Reflex; bei der Kristallbeugung | [1], |
Reflexbogen; als Verbundwerkstoff | [1], |
Reflexe. | [1], |
Refracted beam | [1], |
Refraction; definition | [1], [2], |
Refractive index of semiconductors | [1], |
Refractory bricks | [1], |
Refraining from refractive | [1], |
Regenerative energy | [1], |
Regenerative furnace | [1], |
Reibung | [1], [2], |
Rekombination; bei Halbleitern | [1], |
Rekombination; eines Elektron-Loch Paares | [1], [2], |
Rekombination; von Elektronen und Löchern | [1], |
Rekombinatione von Leerstellen und Zwischengitteratomern | [1], |
Rekombinationsrate | [1], [2], |
Rekombinationsstrom | [1], [2], |
Rekristallisation | [1], |
Relative dielectric constant | [1], [2], [3], [4], |
Relative Dielektrizitätskonstante | [1], |
Relative link | [1], [2], |
Relative Links | [1], |
Relative magnetic permeability of materials | [1], [2], [3], [4], [5], [6], [7], |
Relativitätstheorie | [1], [2], [3], |
Relaxation | [1], |
Relaxation time | [1], [2], [3], [4], [5], [6], |
Relaxationszeit | [1], |
Reliability; and MEMS | [1], |
Religions and swords | [1], |
Remanence | [1], [2], [3], |
Remanenz | [1], [2], |
Rennöfen | [1], |
Reorganisation, von Oberflächen | [1], |
Repaired sabre | [1], |
Replacing light bulbs | [1], |
Reports and documentation | [1], |
Research | [1], [2], |
Residence time; in smelter | [1], |
Residual resistivity | [1], |
Residual stresses | [1], |
Resilience | [1], |
Resist | [1], [2], [3], [4], |
resist development | [1], [2], |
Resistivity iron | [1], |
Resistors | [1], [2], |
Resists | [1], [2], |
Resolution light microscope | [1], |
Resolution limit | [1], [2], |
Resolution of a microscope | [1], |
Resolution; microscopes | [1], |
Resolved shear stress | [1], |
Resonance | [1], [2], |
Resonance frequency; harmonic oscillator | [1], [2], |
Resonance; in MEMS gyros | [1], |
Resonanz; und Dielektrika | [1], |
Resonanzfrequenz | [1], |
Resonator | [1], |
Restrisiko | [1], |
Restwiderstand | [1], |
Restwiderstandsverhältnis | [1], |
Reticle | [1], [2], [3], [4], |
Reticles | [1], |
Return key | [1], |
Reverbatory furnace | [1], |
Reverberatory furnace | [1], |
Reversability of light path. | [1], |
Reverse current in a p-n-junction | [1], |
reverse current; in diodes | [1], |
Reverse dark current; solar cell | [1], |
Reversible Prozesse | [1], |
Reviews | [1], |
Revolution; steel making | [1], |
Revolutions; development and | [1], |
Rezept; für Bandstruktur von Kontakten | [1], [2], |
Reziproke Gittervektoren | [1], [2], |
Reziproker Gittervektor | [1], |
Reziprokes Gitter | [1], [2], [3], |
Reziprokes Gitter; als Fouriertransformierte des Raumgitters | [1], |
Reziprokes Gitter; geometrische Konstruktion | [1], |
RF MEMS | [1], |
Rheingold | [1], [2], |
Rhodonit | [1], |
Rhomboedrisches Gitter | [1], |
Rhombohedral lattice | [1], [2], |
Ricasso; of a sword | [1], |
Richard Lionheart / Sultan saladin myth | [1], |
Richardsons equation | [1], [2], |
Richtung der Zeit | [1], |
Richtung der Zeit; und Entropie | [1], |
Richtung der Zeitachse; und 2. Hauptsatz | [1], [2], |
Richtungen; in einem Kristall | [1], |
Right-handed circular polarization | [1], |
Rigid body translation | [1], |
Ring des Nibelungen | [1], [2], |
Ring of power | [1], |
Ring of the Nibelung and swords | [1], |
Ring-pommel swords | [1], |
Ring; vaginal symbol | [1], |
Ritual axe; bronze or copper | [1], |
Riveting | [1], |
Rivets | [1], |
Rißwachstum | [1], |
Roasting ore | [1], [2], |
Rock crystal | [1], [2], [3], [4], [5], |
Rockwell A hardness | [1], |
Rockwell C hardness | [1], |
roenni | [1], |
Rohrer | [1], |
Roland saga | [1], [2], |
Roland's breach | [1], |
Rolling; invention of | [1], |
Roman cavalry | [1], |
Roman empire; end of | [1], |
Roman officer sword | [1], |
Romans; ages of man | [1], |
Room temperature; definition | [1], |
Room temperature; in Kelvin | [1], |
Room-temperature segregation | [1], |
Roor mean square; for measuring roughness | [1], |
Rose pattern | [1], |
Rose pattern; wootz | [1], |
Rose quartz | [1], |
Rosenquarz | [1], |
Rosetta stone | [1], |
Rosh Horesha | [1], |
Rost | [1], |
Rotation; als Symmetrieoperation | [1], |
Rotationssymmetrie | [1], |
Rough substrates | [1], |
Roughness; average | [1], |
Roughness; root mean square | [1], |
Rows in module matrix | [1], |
Rubin | [1], |
Ruby | [1], [2], [3], |
Ruby; and defects | [1], |
Ruhemasse | [1], |
Rule for two-phase regions | [1], |
Rules for paper | [1], |
Rules for presentation | [1], |
Rules for refereeing | [1], |
Rules; for the seminar | [1], |
Runde Klammern; bei Miller Indizierung | [1], [2], |
Runes | [1], |
Rust is Goethite | [1], |
Rusting | [1], [2], [3], |
Rutherford back scattering | [1], |
Rutherford backscattering | [1], |
Rydberg Konstante | [1], |
Rydbergkonstante | [1], |
Rätsel; der Metallurgie | [1], |
Röhren (Elektronen-) | [1], |
Röntgenstrahlung | [1], |
Röntgenstrahlung; zur Strukturanalyse | [1], [2], |
Röntgenstrukturanalyse | [1], |
Rückgrat; im Hyperskript | [1], [2], |
Rücksprung | [1], |
Rückwärtsstrom | [1], [2], |
Rückwärtsstrom; einer Diode | [1], [2], |
S, | |
s-Bindung | [1], |
S-curve; for positron annihiliation | [1], [2], |
s-Elektron | [1], |
s-Orbital | [1], [2], |
s-Zustände | [1], |
Sabre; definition | [1], |
Sack of Rome; the first | [1], |
Sack of Rome; the second | [1], |
Sacking of Rome; the first | [1], |
Sacrificial layer | [1], [2], |
Sacrificial layers | [1], |
SAE steel grades | [1], |
Saettigung; als Gleichgewichtszustand | [1], |
Sagas | [1], |
Saif al Islam | [1], |
Saif; definition | [1], |
Saint George; dargon | [1], |
Saint George; dragon | [1], |
Saint Jerome | [1], |
Sakkara | [1], |
Saladin, and King Richard | [1], |
Salty water; freezing of | [1], |
Salze | [1], |
Samshir; definition | [1], |
Samsung | [1], |
Saphir | [1], |
Sapphire | [1], |
Sapphire; and defects | [1], |
Saracenes | [1], |
Sarass; definition | [1], |
Sarazenen | [1], |
Sarder | [1], |
Sarschach Steel | [1], |
Sartre | [1], |
Sattelpunktslage | [1], |
Saturated electron drift velocity | [1], |
Saturation magnetization | [1], [2], [3], [4], |
Saving the world | [1], |
Sax; definition | [1], |
Scabbard; for sword | [1], |
Scabbards Hallstatt swords | [1], |
Scabbards, 4th century | [1], |
Scalar | [1], |
Scale | [1], |
Scales and polishing | [1], |
Scaling factor | [1], |
Scaling laws | [1], |
Scandinavia iron: quotes | [1], |
Scandium Group | [1], |
Scanning electron microscope | [1], [2], [3], [4], [5], |
Scanning microscopes | [1], |
Scanning Transmission electron microscope | [1], |
Scanning tunneling microscope pictures | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], [13], |
Scarface | [1], |
Scarface; early iron | [1], |
Scattering | [1], |
Scattering cross section | [1], [2], [3], |
Scattering mechanisms | [1], [2], [3], [4], |
Scattering of light | [1], |
Scattering time, mean | [1], [2], [3], |
Schale (als Orbital) | [1], |
Schalen | [1], |
Schalen; der Elektronen | [1], |
Schallgeschwindigkeit | [1], |
Schallwellen; als Phononen | [1], |
Scharmittel | [1], |
Scharmittel; von Teilchen | [1], |
Scheil model and macrosegregation | [1], |
Scherspannung | [1], |
Scherung, reine | [1], |
Schiavona | [1], |
Schleswig | [1], |
Schleswig-Holstein | [1], |
Schloss Gottorf | [1], |
Schmalkalden | [1], [2], |
Schmalzried | [1], |
Schmelzpunkt | [1], |
Schmelzpunkt; aus Bindungspotential | [1], |
Schmelzpunkt; aus Vergleich der freien Enthalpie | [1], [2], |
Schmelzpunkt; und Bindungsenergie | [1], [2], |
Schmelzpunkt; und thermischer Ausdehnungskoeffizient | [1], |
Schmidfaktor | [1], |
Schmidsches Schubspannungsgesetz | [1], |
Schmidt; Arno | [1], |
Schmied | [1], |
Schmiedeeisen | [1], [2], |
Schmieden | [1], |
Schmucksteinen | [1], |
Schottky defects | [1], [2], |
Schottky defects; formation enthalpies | [1], [2], |
Schottky Defekt | [1], [2], [3], [4], |
Schottky Diode | [1], |
Schottky disorder | [1], |
Schottky effect | [1], [2], |
Schottky Kontakt | [1], [2], [3], |
Schottky notation | [1], |
Schottly notation | [1], [2], |
Schraubenversetzung | [1], [2], |
Schreibkopf | [1], |
Schroedinger equation | [1], |
Schrödinger equation | [1], [2], [3], [4], |
Schrödingergleichung; erste Definition | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], |
Schrödingers Katze | [1], [2], |
Schubmodul | [1], |
Schwabenstreiche | [1], |
Schwachsinn; als Komplementarität verklelidet | [1], |
Schwarze Löcher | [1], |
Schwarze Materie | [1], [2], |
Schwarzes Loch | [1], |
Schwarzkörperstrahlung | [1], [2], |
Schwellenspannung; des MOS Transistors | [1], [2], |
Schwert; als Paradigma | [1], |
Schwert; japanische Metallbehandlung | [1], |
Schwerter, berühmte | [1], |
Schwerter; magische | [1], |
Schwingung in Raum | [1], |
Schwingungen | [1], |
Schwingungsfrequenz; der Atome um dieiRuhelage | [1], |
Schäffler - De Long diagram | [1], |
Science Fiction | [1], |
Science modules | [1], |
Science of alloying | [1], |
Science of casting | [1], |
Science part | [1], |
Science steel | [1], |
Scientifc discussion | [1], |
Scientific books | [1], |
Scientific paper; writing one | [1], |
Scientific steels | [1], |
Scientists; vs. philosophers | [1], |
Scimitar; definition | [1], |
Scrap iron recycling | [1], |
Scrap iron; recycling of | [1], |
Screen oxide | [1], [2], |
Screen printing; solar cell | [1], |
Screen shot | [1], |
Screening charges | [1], [2], |
Screw dislocation | [1], [2], |
Screw dislocation; invention of the | [1], |
Screw dislocations; name | [1], |
Screwing | [1], |
Screws | [1], |
Scythe sword | [1], [2], |
Scythe weapon | [1], |
Scythes; making of | [1], |
Scythian | [1], |
Scythian empire | [1], |
Sea people | [1], [2], |
Secco etch | [1], [2], |
Second Age; Augustine's | [1], |
Second best state | [1], |
Second Laser condition | [1], |
Second Law | [1], [2], [3], |
Second law of Materials Science | [1], |
Second law of thermodynamics | [1], |
Second order O-lattice | [1], |
Second sack of Rome | [1], |
Secondary cementite and ferrite | [1], |
Secondary energy | [1], |
Secondary ferrite and cementite | [1], |
Secondary grain boundary defects | [1], |
Secondary hardening | [1], [2], |
Secondary mass spectroscopy | [1], [2], |
Secretary of the Chair | [1], |
Seebeck effect | [1], [2], [3], [4], |
Seebeck voltage | [1], [2], |
Seed crystal | [1], [2], |
Segregation | [1], [2], |
Segregation coefficient; effective | [1], [2], [3], [4], [5], [6], |
Segregation; definition | [1], |
Segregation; primary | [1], |
Seitenspung | [1], |
Seiter etch | [1], |
Seitz | [1], [2], |
Sekretariat, Lehrstuhl | [1], |
Sekunde | [1], |
Sekundärbindungen | [1], |
Sekundären Bindungen | [1], |
Selbstdiffusion | [1], [2], [3], |
Selbstdiffusion_in_Silizium | [1], |
Selbstorganisation | [1], |
Selective etching | [1], |
Selectivity in etching | [1], [2], |
Selectivity; of etching rates | [1], |
Selectivity; sensor | [1], |
Selenite | [1], |
Selenium | [1], [2], |
Selenium; elemental semiconductor | [1], [2], [3], |
Seleucid Empire | [1], |
Self diffusion | [1], |
Self diffusion coefficient | [1], |
Self-diffusion energy | [1], |
Self-Diffusion in Iron | [1], |
Self-diffusion; activation energy | [1], |
Self-diffusion; data | [1], |
Self-fluxing | [1], |
Self-interstitial | [1], [2], [3], |
Self-interstitials | [1], [2], |
Self-interstitials and disorder | [1], |
Self-interstitials; in Si | [1], |
Self-organization | [1], |
Seltene Erden | [1], |
Semantics | [1], |
Semantik | [1], [2], |
Semi-coherent interface | [1], |
Semi-precious gem stones | [1], |
Semiconducting polymers | [1], [2], |
Semiconductor Industry Association | [1], [2], |
Semiconductor Laser | [1], |
Semiconductor products | [1], |
Semiconductor technology | [1], [2], |
Semiconductors; and components or products | [1], [2], |
Senken; für Teilchen | [1], [2], |
Sensor (solid states | [1], [2], |
Sensor; and mass action law | [1], |
Sensor; MEMS | [1], |
Sensorik | [1], |
Sensors | [1], [2], [3], |
Sensors and point defects | [1], |
Sensors; and semiconductor properties | [1], |
Sensors; MEMS | [1], |
Serienwiderstand; in Solarzellen | [1], |
Series resistance | [1], [2], |
Series resistance; solar cells | [1], [2], [3], |
Serpent in the Sword | [1], [2], [3], |
Serpent sword, Stuttgart | [1], |
Serpent sword; Heslerton | [1], |
Serpent sword; Nijmegen | [1], |
Serpent sword; Vehmaa | [1], |
Serpent swrod; Iversheim | [1], |
Server | [1], |
Server run programs | [1], |
Seven metals of antiquity | [1], [2], |
Sex and Physics | [1], [2], [3], |
Sex; neolithic | [1], |
Shaft furnace | [1], |
Shallow angle magnification | [1], |
Shallow levels | [1], |
Shallow trench isolation | [1], [2], [3], [4], |
Shamshir e Zomorrodnegar; sword of King Solomon | [1], |
Shamshir-e Zomorrodnegar; sword name | [1], |
Shanidar Cave | [1], |
Shape memory alloys and martensite | [1], |
Shape of swords | [1], |
Shear deformation | [1], [2], |
Shear deformation and martensite | [1], |
Shear modulus | [1], [2], [3], |
Shear Steel | [1], |
Shear strain | [1], [2], |
Shear stress | [1], |
Shear stress and dislocation | [1], |
Shear stress maximum | [1], |
Shearing; and twinning | [1], |
Sheath; as female principle | [1], |
Shinsakuto sword | [1], |
Shinshinto | [1], |
Shinshinto sword | [1], |
Shinto | [1], |
Shinto sword | [1], |
Shit and sword making | [1], |
Shockley | [1], [2], |
Shockley dislocation | [1], |
Shockley partial at work | [1], |
Shockley partial dislocation | [1], |
Shockley partials | [1], [2], [3], |
Shockley Versetzungen | [1], |
Shockley-Read-Hall recombination | [1], [2], |
Shockley-Read-Hall Theorie | [1], |
Shockleysche Partialversetzung | [1], [2], |
Shore hardness | [1], |
Short circuit current; solar cell | [1], [2], [3], [4], [5], |
Short circuit; solar cell | [1], |
Short; equals crumbly | [1], |
Short; meaning brittle | [1], |
Shortcake; and brittleness | [1], |
Showing off; and swords | [1], |
Shrink strategy | [1], [2], |
Shuffle set dislocations | [1], |
Shunt resistance | [1], [2], |
Shunt resistance; solar cell | [1], |
Shunt resistor | [1], |
Shunt Widerstand | [1], |
Shunt; in solar cells | [1], |
Si crystals | [1], |
Si Einheiten | [1], |
SI Einheitensystem | [1], |
Si microchips; and optics | [1], |
Si precipitates | [1], [2], |
Si single crystal | [1], |
SI units | [1], |
Si wafer | [1], |
Si-HF-Contact | [1], |
SiC | [1], |
SiC, doping of | [1], |
SiC, electronic properties | [1], |
SiC; Nomenklatur der Polytypen | [1], |
SiC; optical properties | [1], |
Sickle sword | [1], |
Sickles | [1], |
Side-sword | [1], |
Siderite | [1], |
Siegfried | [1], |
Siegfried (opera) | [1], |
Siegfried's sword | [1], [2], |
Siegfried; die Oper | [1], |
Siegfrieds Schwert | [1], [2], [3], |
Siegmund | [1], [2], |
Siemens | [1], [2], |
Siemens - Martin Process | [1], |
Siemens AG | [1], [2], [3], [4], |
Siemens process | [1], [2], [3], [4], [5], |
Siemens-Martin furnace; modern | [1], |
Siemens-Martin regenerative furnace | [1], |
Siemens; as measuring unit | [1], [2], |
Siemens; Werner von | [1], [2], |
Sigma Bindung | [1], |
Sign and phase change | [1], |
Sign of Hall voltage | [1], [2], [3], |
Signal LED's | [1], [2], |
Silica | [1], |
Silica; silicon, silicone | [1], |
Silicide | [1], [2], [3], |
Silicides | [1], [2], [3], [4], |
Silicon | [1], [2], [3], [4], [5], [6], |
Silicon age | [1], |
Silicon and defects | [1], |
Silicon carbide | [1], |
Silicon in steel | [1], |
Silicon micro electronics | [1], |
Silicon nitride | [1], [2], |
Silicon on insulator | [1], [2], [3], |
Silicon single crystal growth | [1], |
Silicon wafer | [1], [2], |
Silicon wafers | [1], |
Silicon; and self-interstitial | [1], |
Silicon; elemental semiconductor | [1], |
Silicon; silicone, silica | [1], |
Silicon; single crystal | [1], |
Silicondioxide | [1], [2], [3], [4], [5], |
Silicone | [1], |
Silicone nitride | [1], [2], |
Silicone nitride deposition | [1], [2], |
Silicone vs. Silicon | [1], [2], [3], |
Silicone; silicon, silica | [1], |
Silikone | [1], [2], [3], [4], [5], |
Silikone und Dolly Parton | [1], |
Silikone und Pamela Anderson | [1], |
Silizium | [1], [2], [3], [4], |
Silizium Einkristalle | [1], |
Silizium Kristall | [1], |
Silizium; als Grundmaterial | [1], |
Silizium; Ausnahme bei atomaren Fehlstellen | [1], |
Silizium; und Diamantstruktur | [1], |
Silver Age; Hesiod's | [1], |
Silver bull, Elamite; large picture | [1], |
Silver sheen; arsenical copper | [1], |
Silver smelting | [1], |
Silver technology | [1], |
Simple metals smelting | [1], |
simulation | [1], |
Simulationen | [1], |
Single crystal | [1], [2], |
Single quantum well | [1], [2], |
Sinks for point defects | [1], |
Sintering | [1], [2], |
Sintering contacts; solar cells | [1], |
Sintering of Si | [1], |
Sintering; for solar cell contacts | [1], |
Sintern | [1], |
SiO2; phase diagram | [1], [2], |
Sirtl etch | [1], [2], |
Six Ages | [1], |
Sixth Age; Augustine's | [1], |
Size of precipitates | [1], |
Size smelter; limits | [1], |
Skalar | [1], |
Skalarfeld (des Potentials) | [1], |
Skalarprodukt; von Vektoren | [1], [2], |
Skofnung; sword name | [1], |
Skull building; Cayoenue | [1], |
Skulls of Jericho | [1], |
Slag | [1], |
Slag formation | [1], |
Slag inclusions | [1], |
Slag is important | [1], |
Slag particles in old iron | [1], |
Slag quenching | [1], |
Slag; Etruscan graves | [1], |
Slag; fayalite | [1], |
Slag; furnace bottom | [1], |
Slag; hearth | [1], |
Slag; importance of | [1], |
Slag; production | [1], [2], |
Slag; role of | [1], |
Slag; tap | [1], |
Slag; why do we need | [1], |
Slag; why it is good | [1], |
Slaked lime | [1], |
Slave; and power | [1], |
Slave; as energy source | [1], |
Slaves; and metal working | [1], |
Slaves; Frankish empire | [1], |
Slaves; in monasteries | [1], |
Slope of stress strain curves; Young's modulus | [1], |
Slurry | [1], |
Slurry polishing | [1], |
Small angle grain boundary | [1], |
Small diodes | [1], |
Small signal response | [1], |
Small-angle grain boundary | [1], [2], |
Smallsword | [1], |
Smaragd | [1], |
Smart material | [1], |
Smelting and melting | [1], |
Smelting cast iron | [1], |
Smelting furnace | [1], |
Smelting in crucible | [1], |
Smelting of difficult metals age | [1], |
Smelting of iron is not difficult | [1], |
Smelting of simple metals age | [1], |
Smelting steel | [1], |
Smelting; air Supply | [1], |
Smelting; ancient ways | [1], |
Smelting; camfpire | [1], |
Smelting; direct in a crucible | [1], |
Smelting; efficiency | [1], |
Smelting; in campfire | [1], |
Smelting; indirect in a crucible | [1], |
Smelting; meaning of | [1], |
Smelting; misunderstandings | [1], |
Smelting; oxidation zone | [1], |
Smelting; reduction zone | [1], |
Smelting; temperature needed | [1], |
Smelting; wall effect | [1], |
Smith | [1], |
Smith; Frankish empire | [1], |
Smoke stacks | [1], |
Smoky quartz | [1], |
Smoluchowski | [1], |
Smyth | [1], |
Snell's law | [1], |
Snellius | [1], [2], |
Snellius law | [1], [2], [3], [4], [5], |
Snipstad; sword type | [1], |
Snoek effect | [1], |
Snowdonia; early iron | [1], |
So crystasl | [1], [2], |
Society of Automotive; steel codes | [1], |
Soft magnet | [1], [2], |
Soft magnets | [1], |
Soft steel core in blades; reason for | [1], [2], |
Softening mechanisms | [1], |
Sokal | [1], |
Solar cell | [1], |
Solar cell market | [1], |
Solar Cell Technology | [1], |
Solar cell; amorphous Si | [1], |
Solar cell; and semiconductor property | [1], |
Solar cells | [1], [2], [3], [4], [5], [6], [7], |
Solar cells; alterative substrates | [1], |
Solar cells; and the cost issue | [1], |
Solar cells; as market drivers | [1], [2], |
Solar cells; thin film | [1], |
Solar energy | [1], |
Solar grade Si | [1], [2], [3], |
Solarenergie | [1], [2], |
Solares Spektrum | [1], [2], |
Solarzellen | [1], [2], [3], |
Solder; microstructure | [1], |
Solder; phase diagram | [1], |
Soldering | [1], |
Soldering; vs. welding | [1], |
Solid angle | [1], [2], |
Solid electrolytes | [1], [2], |
Solid solution | [1], [2], |
Solid Solution Hardening in Iron | [1], [2], [3], [4], |
Solid solution in cementite | [1], |
Solid solutions in iron | [1], |
Solid state diffusion | [1], |
Solidification cracking | [1], |
Solidification; and nucleation | [1], |
Solidus | [1], |
Soliduslinie | [1], |
Solubility | [1], |
Solubility energy | [1], |
Solubility enthalpy | [1], |
Solubility entropy | [1], [2], |
Solubility limit | [1], [2], |
Solubility; dopants in Si | [1], |
Solution energy | [1], |
Solution hardening | [1], |
Solution hardening in Al alloy | [1], |
Solution strengthening; in steel | [1], |
Song of Roland | [1], |
Song of the Nibelungs | [1], [2], |
Sonoluminescence | [1], |
SONY | [1], |
SONY; und die Werbung | [1], |
Soot | [1], [2], |
Sorbite | [1], |
Sound waves | [1], |
Source | [1], [2], |
Source code | [1], |
Source of a MOS transistor | [1], [2], |
Source; eien MOS Transistors | [1], |
Source; eines MOS Transistors | [1], |
Sources for point defects | [1], |
South American Cearmics; large pictures | [1], |
South American Pottery; large pictures | [1], |
sp3 Hybridorbitale | [1], [2], |
Space chareg region; of solal cell | [1], |
Space charge layer | [1], |
Space Charge Region | [1], [2], [3], |
Space velocity | [1], |
Spaghetti Konformation | [1], |
Spain; early iron | [1], |
Spalten; von Kristallen | [1], |
Spanish mythology | [1], |
Spannung | [1], |
Spannung; mechanisch | [1], |
Spannung; und elektrostatisches Potential | [1], [2], |
Spannung; und Feldstärke | [1], |
Spannungs-Dehnungsdiagramm | [1], |
Spannungs-Dehnungskurve | [1], |
Spannungsrißkorossion | [1], |
Spannungstensor | [1], [2], |
Spatha | [1], |
Spatha from Ingersheim | [1], |
Spatha of Ingersheim | [1], |
Spatha of Pleidelsheim | [1], |
Spatha; definition | [1], |
Spatha; description | [1], |
Spatha; Ingersheim | [1], |
Spatha; roman cavalry | [1], |
Spatha; Römerschwert | [1], |
Spatprodukt | [1], [2], [3], |
Special conductors | [1], [2], |
Specidic resistivity | [1], [2], [3], [4], |
Specific conductivity | [1], [2], [3], [4], [5], [6], |
Specific energy vs. power flux | [1], |
Specific heat capacity | [1], |
Specific heat of Si | [1], |
Specific heat; measurement | [1], |
Specific properties | [1], [2], |
Specific resistivity | [1], [2], |
Specific volumes and stress generation | [1], |
Specimen for tensile testing | [1], |
Specimen preparation | [1], |
Spectral density | [1], [2], |
Spectrum and light source | [1], |
Spectrum, electromagnetic waves | [1], |
Spectrum; from Fourier series | [1], [2], |
Specular reflection | [1], [2], |
Speed of light | [1], [2], |
Speed of sound in Fe | [1], |
Speiss | [1], [2], |
Speiss and pattern welding | [1], |
Spektroskopie | [1], |
Spektrum | [1], |
Spessartine | [1], |
Spez. Widerstand | [1], |
Spez. Wärme; Stolperstein der klassischen Physik | [1], |
Spezielle Relativitätstheorie | [1], |
Spezifische Leitfähigkeit; von dotierten Halbleitern | [1], [2], [3], [4], |
Spezifische Wärme | [1], [2], [3], |
spezifischer Widerstand | [1], [2], [3], |
Spezifisches Gewicht; Berechnung | [1], |
Sphalerit | [1], |
Sphalerite | [1], [2], [3], [4], |
Sphalerite structure | [1], |
Spherical aberation | [1], |
Spherical coordinates | [1], [2], |
Spherical solar cells from TI | [1], |
Spheroidal graphite cast iron | [1], |
Spheroidal precipitates | [1], |
Spheroidization | [1], |
Spheroidization of cementite | [1], |
Spheroidized cementite | [1], |
Spherulit | [1], |
Spice rack and entropy | [1], |
Spiegeleisen | [1], [2], |
Spiegelsymmetrie | [1], |
Spiegelungen; als Symmetrieoperation | [1], |
Spieti | [1], |
Spike | [1], [2], |
Spiking | [1], [2], |
Spin | [1], [2], [3], [4], [5], [6], [7], [8], [9], [10], [11], [12], |
Spin and magnetism | [1], |
Spin der Photonen | [1], |
Spin-on coating | [1], [2], |
Spin-on glass | [1], [2], [3], [4], [5], [6], |
Spin-on technique | [1], [2], |
Spin; of the electron | [1], [2], |
Spin; und magnetisches Moment | [1], |
Spindrehimpuls | [1], |
Spinel structure | [1], |
Spinelle | [1], |
Spinquantenzahl | [1], [2], [3], [4], [5], |
Spintronic | [1], |
Spiritual sword; Luther | [1], |
Split dislocation | [1], |
Split dislocations | [1], |
spontane Magnetisierung | [1], |
Spontane Vorgänge | [1], |
Spontaneous emission of a photon | [1], [2], [3], |
Spontaneous self-combustion | [1], |
Sprache; als Hindernis der Kommnunikations | [1], |
Spreading iron technology | [1], |
Spring constant; from binding potential | [1], |
Spring model for bonds | [1], |
Spring model for crystals | [1], |
Spring steels | [1], |
Springback | [1], |
Sprungrate | [1], [2], |
Sprungrate, von Leerstellen | [1], |
Spröde Materialien; Verformungsverhalten | [1], |
Sprödigkeit | [1], |
Sputtering | [1], [2], |
Sputtering techniques | [1], [2], |
Spülmaschinenfest; für Gläser | [1], |
Stabiles Gleichgewicht | [1], |
Stability carbides vs. graphite | [1], |
Stability austenite vs. ferrite | [1], |
Stabilizing austenite | [1], |
Stable isotopes | [1], |
Stack | [1], |
Stack effect; chimney | [1], |
Stacking fault | [1], [2], [3], |
Stacking fault energy | [1], [2], |
Stacking fault fringes | [1], |
Stacking fault loops | [1], |
Stacking fault tetrahedra | [1], [2], |
Stacking fault, and Frank dislocation | [1], |
Stacking fault; in split dislocations | [1], |
Stacking faults | [1], [2], [3], |
Stacking faults in the DSC lattice | [1], |
Stacking faults; crystal growth | [1], |
Staebler-Wronski effect | [1], |
Staffordshire hoard | [1], [2], |
Stahl | [1], [2], [3], [4], |
Stahlbeton; als Verbundwerkstoff | [1], |
Stainless metals | [1], |
Stainless steel | [1], [2], [3], [4], [5], |
Stainless steels; austenitic | [1], |
Stainless steels; duplex | [1], |
Stainless Steels; ferritic | [1], |
Stainless steels; martensitic | [1], |
Stair-rod dislocations | [1], [2], [3], |
Standard antique smelter | [1], |
Standard international unit | [1], |
Standard reaction enthalpy | [1], |
Standard solution; diffusion | [1], |
Standing Wave | [1], [2], |
Standing wave, Laser | [1], |
Standing wave; at the BZ | [1], |
Stannum | [1], |
Stapelfehler | [1], [2], [3], [4], |
Stapelfehler-Tetraedern | [1], |
Stapelfolge | [1], |
Star Wars | [1], |
Starting condition; diffusion | [1], |
State and micro-structure | [1], |
State function | [1], |
State function of a classical particle | [1], |
State point | [1], |
State; Quantum state | [1], |
Statisches Gleichgewicht | [1], |
Statistical thermodynamics | [1], [2], [3], [4], |
Statistics of Internet | [1], |
Statistische Mechanik; als Grundlage der Matwiss | [1], [2], |
Statistische Theorie der Wärme | [1], [2], |
Statistische Thermodynamik | [1], [2], [3], [4], [5], |
Steady state (and non-equilibrium) | [1], |
Stead’s etch | [1], |
Steam engine, and steel production | [1], |
Steel | [1], [2], |
Steel = pure iron? | [1], |
Steel banana | [1], |
Steel by carburization? | [1], |
Steel classification: alloy concentrationn | [1], [2], [3], |
Steel code | [1], |
Steel corrosion | [1], |
Steel failure; Berlin | [1], |
Steel from cast iron | [1], |
Steel grades; assessment | [1], |
Steel is a compound material | [1], |
Steel making equipment | [1], |
Steel products | [1], |
Steel revolution | [1], |
Steel rusts | [1], |
Steel; brief history of | [1], |
Steel; definition | [1], |
Steel; historical context | [1], |
Steel; most important technology | [1], |
Steels without carbon | [1], |
Steels; categorizing | [1], |
Stehende Welle | [1], [2], |
Stehende Welle; Orgelpfeife | [1], |
Stehende Wellen | [1], [2], [3], |
Stehende Wellen; die Gruppengeschwindigkeit von | [1], |
Stents | [1], |
Step in a grain boundary | [1], |
Step pattern; wootz | [1], |
Stepper | [1], [2], [3], [4], |
Steps in phase boundaries | [1], |
Steps; atomic | [1], |
Stern-Gerlach-Experiment | [1], |
Sticking coefficient | [1], [2], |
Stickstoffgruppe | [1], [2], |
Stiction | [1], |
Stiction; and gas etching | [1], |
Stiffness | [1], [2], |
Stiffness of blades | [1], |
Stiffness of nacre | [1], |
Stiffness; and Young's modulus | [1], |
Stimulated emission | [1], [2], |
Stimulated emission of a photon | [1], [2], |
Stirling formula | [1], |
Stirling's formula | [1], |
Stirlings formula | [1], |
Stirlingsche Formel | [1], [2], [3], [4], [5], [6], [7], [8], |
STM image of point defects | [1], |
Stochastic oscillator | [1], |
Stochastics | [1], [2], |
Stochiometric point | [1], |
Stochiometry | [1], |
Stoesse; zwischen Teilchen als Ersatz für Reibung | [1], [2], |
Stoichiometry | [1], |
Stone Age | [1], |
Stone age sickle | [1], |
Stone age; definition | [1], |
Stone hammers; Camlibel Tarlasi | [1], |
Stone processing; pyrotechnology | [1], |
Stoneware | [1], |
Stoney formula | [1], |
Stop planes; anisotropic etchung | [1], |
Storage; of energy | [1], |
Stored charge | [1], |
Stosszeit | [1], [2], |
Stove; definition | [1], |
Stoßdämpfer; im Ersatzschaltbild für Polymer | [1], |
Stoßzeit; mittlere | [1], |
Strain | [1], [2], [3], |
Strain Ageing | [1], |
Strain energy | [1], [2], |
Strain field | [1], |
Strain field of a screw dislocation | [1], [2], |
Strain field of an edge dislocation | [1], [2], |
Strain hardening | [1], |
Strain rate | [1], [2], |
Strain tensor | [1], |
Strain Tensor screw dislocation | [1], |
Strain, and displacement | [1], |
Strain; definition of | [1], [2], |
Strain; true | [1], |
Strained layer | [1], |
Strang; im Hyperskript | [1], [2], |
Stranski-Krastanov growth mode | [1], |
Strategies for microstructure engineering | [1], |
Stress | [1], [2], [3], [4], |
Stress - strain curve ductile materials | [1], |
Stress - strain diagram | [1], |
Stress and strain at dislocations | [1], |
Stress and strain; measurement | [1], |
Stress avoidance; MEMS | [1], |
Stress concentration | [1], |
Stress corrosion cracking | [1], [2], |
Stress during cooling | [1], |
Stress field | [1], |
Stress field of a screw dislocation | [1], [2], |
Stress relaxation | [1], [2], |
Stress Tensor edge dislocation | [1], |
Stress tensor; six components | [1], |
Stress, strain detection; MEMS | [1], |
Stress; crack tip | [1], |
Stress; from phase change | [1], |
Stress; from temperature gradient | [1], |
Stress; true | [1], |
Streuamplitude | [1], [2], |
Streuung | [1], [2], |
Streuung an Defekten | [1], [2], [3], |
Streuung an Elektronen | [1], [2], [3], |
Streuung an Phononen | [1], [2], [3], |
Streuung; von Elektronen | [1], [2], [3], |
Streuvektor | [1], |
Streuvolumen | [1], |
Streuzentrum | [1], [2], |
Striation | [1], |
Striations | [1], |
Strigil | [1], |
Stripe pattern | [1], |
Stripe pattern; wootz | [1], |
Striped rod | [1], |
Striped rod; twisted | [1], |
Strom; und Stromdichte | [1], |
Stromdichte | [1], [2], |
Stromdichte; statt Strom | [1], [2], [3], [4], |
Stromdichte; und Strom | [1], |
Stromfluß; und Ungleichgewicht | [1], [2], |
Stromverstärkung; eines bipolar Transistors | [1], [2], |
Strong inversion | [1], |
Strtomdichte | [1], |
Structural etchants | [1], |
Structural stress | [1], |
Structure and precipitation | [1], |
Structure elements | [1], [2], [3], |
Structure etching | [1], |
Structure of a Hyperscript | [1], |
Structure sensitive propetires | [1], |
Strukturamplitude | [1], |
Strukturamplitude, Endformel | [1], |
Strukturamplitude; Definition | [1], |
Strukturanalyse; von Kristallen | [1], |
Strukturfaktor | [1], |
Strukturmaterialien | [1], [2], |
Stränge; Hyperskript | [1], |
Stueckofen | [1], |
Stufenversetzung | [1], [2], |
Stufenversetzung; perspektivische Darstellung | [1], |
Stufenvesetzung | [1], |
Stuttgart; Hermes at Schillerplatz | [1], |
Stuttgart; location | [1], |
Stuttgarter Psalter | [1], [2], [3], |
Style file | [1], |
Style sheet; and formatting | [1], |
Style sheets | [1], |
Style sheets; in homepages | [1], |
Styles | [1], |
Styles in Hyperscripts | [1], |
Stylesheet | [1], |
Styropor | [1], |
Störstellen | [1], |
Störungsempfindliche Eigenschaften | [1], |
Stöstellenniveaus in Halbleitern | [1], |
Sub-Niveaus | [1], |
Subdeterminant | [1], |
Sublimation | [1], [2], |
suboxide | [1], |
Substitutional foreign atom | [1], |
Substitutional impurity atoms in iron | [1], [2], |
Substitutionelle Fremdatome; Dotieren durch | [1], |
Substitutionelles Fremdatom | [1], [2], |
Suebi; important tribe | [1], |
Suebia; location | [1], |
Sulfides; in copper smelting | [1], |
Sulfur in steel | [1], |
Sulfur; intentional use | [1], |
Sun | [1], |
Super plasticity | [1], |
Superconductors | [1], [2], [3], [4], [5], [6], [7], [8], |
Supercooling | [1], [2], |
Supercooling: constitutional | [1], |
Supercooling; normal kind | [1], |
Superheating of the melt | [1], |
Superheating; and wootz | [1], |
Superheating; molten metal | [1], |
Superior steel and the cost issue | [1], |
Superplasticity of wootz steel | [1], |
Superradiant LEDs | [1], |
Supersaturation | [1], [2], |
Supraleiter | [1], |
Supraleiter; ideale Diamagnete | [1], |
Supraleitung | [1], [2], [3], |
Surface as two dim. defect | [1], |
Surface charge (in dielectrics) | [1], [2], |
Surface cleaning; solar cell | [1], |
Surface concentration; calculation from volume concentration | [1], |
Surface density | [1], [2], [3], |
Surface emitting LEDs | [1], |
Surface energy | [1], |
Surface energy and precipitation | [1], |
Surface generation velocity | [1], |
Surface microscopy | [1], |
Surface quality of steel | [1], |
Surface recombination velocity | [1], |
Surface reconstruction | [1], |
Surface roughening; solar cell | [1], |
Surface states | [1], |
Surface tension | [1], [2], |
Surfactant | [1], |
Suszeptibilität; dielektrische | [1], [2], [3], [4], |
Swaging; Luristan swords | [1], |
Swirl | [1], |
Swirl defects | [1], |
Swirl defects in Si | [1], [2], |
Swirl Defekte | [1], |
Swirls | [1], |
Swiss cheese; Ostwald ripening | [1], |
Switching behavior (of a diode) | [1], |
Sword as symbol of divine favor | [1], |
Sword classifying systems | [1], |
Sword fashion | [1], |
Sword Forum | [1], |
Sword from Ingersheim | [1], [2], |
Sword from the giants; Beowulf | [1], [2], |
Sword hilts and period | [1], |
Sword hilts; 4th century | [1], |
Sword in the stone | [1], |
Sword of Attila | [1], |
Sword of Laban | [1], |
Sword of Saint Galgano | [1], |
Sword types | [1], |
Sword; as male principle | [1], |
Sword; phallic symbol | [1], |
Swordplay and symbols | [1], |
Swords | [1], |
Swords and Beer | [1], |
Swords are art | [1], |
Swords are works of art | [1], |
Swords as class symbol | [1], |
Swords as gifts | [1], |
Swords as prestige items | [1], |
Swords as tokens of power | [1], |
Swords as tools | [1], |
Swords represent top technology | [1], |
Swords with names | [1], |
Swords, magical or famous | [1], |
swords; Alemmani | [1], |
Swords; and female principle | [1], |
Swords; and male principle | [1], |
Swords; into plowshares | [1], |
Symbol attribute | [1], |
Symbol; what is a | [1], |
Symbols | [1], |
Symbols of a state; and swords | [1], |
Symbols on sword blades | [1], |
Symmetrie | [1], [2], |
Symmetries and lattices | [1], |
Symmetry breaking; in polymer conductivity | [1], |
Symmetry breaking; piezoelectricity | [1], [2], |
Sympathetic magic; quenching | [1], |
Synchrotronstrahlung | [1], |
Syntaktische Polymerketten | [1], |
Syntax | [1], [2], |
System and phase diagram | [1], |
System; für thermodynamische Betrachtungen | [1], |
System; iron and something | [1], |
System; thermodynamisches | [1], |
System; von Teilchen | [1], [2], |
Szimitar | [1], |
Süddeutsche Zeitung | [1], [2], [3], |
T, | |
Table of content | [1], |
Table of Contents | [1], |
Tables | [1], |
Tables; in homepage | [1], |
Tachi | [1], [2], |
Tag | [1], |
Tags | [1], |
Tags on view | [1], |
Taler; Dollar | [1], |
Tales of the Crusaders | [1], |
Talisman; novel | [1], |
Tamahagane | [1], |
Tandem cells | [1], |
Tandem Solarzellen | [1], |
Tang; of sword | [1], |
Tangens delta | [1], [2], [3], |
Tangentenregel | [1], |
Tantal Kondensatoren | [1], |
Target | [1], [2], |
Tata Steel Europe | [1], |
Tatara bloomery | [1], |
Tauschieren = damascening | [1], |
TE polarization | [1], |
Team work | [1], |
Technical issues; papers and presentations | [1], |
Technical protocols | [1], |
Technische_Materialklassifikation | [1], |
Teflon | [1], |
Teflon: bad adhesion | [1], |
Teilchenbild | [1], |
Teilchennettostrom | [1], |
Teilchensortierungsbauchweh | [1], [2], |
Teilchenströme | [1], |
Teilchenzahl Gleichgewicht | [1], |
Tell | [1], |
Temper treatment; of martensit | [1], |
Temperatur | [1], [2], |
Temperatur; Definition | [1], |
Temperatur; erste Definition | [1], |
Temperatur; und Elektrotechnikprodukte | [1], |
Temperatur=Mass für die innere Energie | [1], |
Temperature (Kelvin scale) | [1], |
Temperature budget | [1], [2], |
Temperature coefficient of resistivity | [1], [2], |
Temperature for casting iron | [1], |
Temperature gradient | [1], [2], [3], [4], |
Temperature in a furnace | [1], |
Temperature in phase diagram | [1], |
Temperature measurement | [1], |
Temperature profiling | [1], [2], [3], |
Temperature; maximum in fire | [1], |
Temperature; system | [1], |
Temperature; what is | [1], [2], |
Temperatures for smelting | [1], |
Temperaturgradient | [1], |
Temperaturkoeffizient | [1], |
Tempered steel | [1], [2], [3], |
Tempered steels | [1], [2], |
Tempering | [1], [2], |
Tempering Al-Cu | [1], |
Tempering steel | [1], |
Tempering; chan e of meaning | [1], |
Temperung | [1], |
Template; for referees | [1], |
tem_first | [1], |
Tensile strain; at a dislocation | [1], |
Tensile strength; definition | [1], |
Tensile stress | [1], [2], |
Tensile test | [1], |
Tensile test; definitions | [1], |
Tensor | [1], [2], [3], |
Tensor in optics | [1], |
tensor index of refraction | [1], |
Tensor materials; in optics | [1], |
Tensor optics | [1], |
Tensor; and conductivity | [1], |
Tensor; and piezo electricity | [1], |
Tensor; connects vectors | [1], |
Tensor; instead of dielectric constant | [1], |
Tensor; magnetic | [1], |
Tensor; stress and strain | [1], |
Tensor; what is a | [1], |
Tensorstufen | [1], |
Terawatt; the global power unit | [1], |
Ternary compound semiconductors | [1], |
Terra | [1], |
Terrazzo floor | [1], |
Terrazzo floors | [1], |
Terso; of a sword | [1], |
Tesla | [1], |
Tesla; Einheiot der magn. Induktion | [1], |
Tetraederluecke | [1], |
Tetraederrichtungen | [1], |
Tetraederwinkel | [1], |
Tetraethylorthosilicate | [1], [2], |
Tetragonal lattice | [1], |
Tetragonal lattices | [1], |
Tetragonales Gitter | [1], |
Tetrahedral site | [1], |
Text fields in forms | [1], |
Textbooks | [1], |
Texture | [1], |
Texture; for magnetic properties | [1], [2], [3], |
The Cost Issue | [1], |
The Rhine Gold | [1], |
The Talisman and sword loere | [1], |
The Valkyrie | [1], |
Themoelectric effect | [1], [2], |
Theodoric | [1], |
Theodoric's thank you letter | [1], |
Theologie: als Zweig der Physik | [1], |
Theoretische Bruchspannung | [1], |
Theorie; und Praxis | [1], |
Theory and praxis | [1], |
Theory of everything | [1], |
Theory of materials | [1], |
Theory of science | [1], |
Thermal actuators | [1], |
Thermal breakdown | [1], [2], |
Thermal budget | [1], |
Thermal conductivity | [1], [2], [3], [4], [5], [6], [7], |
Thermal couples; MEMS | [1], |
Thermal energy | [1], [2], |
Thermal equilibrium | [1], [2], [3], |
Thermal expansion | [1], [2], |
Thermal expansion coefficient | [1], [2], [3], [4], [5], [6], |
Thermal expansion; spring model | [1], |
Thermal history | [1], |
Thermal kinks | [1], |
Thermal oxidation | [1], [2], [3], [4], |
Thermal properties; measurement | [1], |
Thermal ransfer | [1], |
Thermal Stress | [1], [2], |
Thermal stress, and phase changes | [1], |
Thermal stress: quenching | [1], |
Thermalisierung; von Elektronen und Löchern | [1], |
Thermalization | [1], |
Thermisch aktivierte Prozesse | [1], |
Thermische Ausdehnung | [1], [2], |
Thermische Energie | [1], [2], [3], [4], |
Thermische Energie bei Raumtemperatur | [1], |
Thermische Energie; im Kristall | [1], |
Thermischer Ausdehnungskoeffizient | [1], [2], [3], [4], [5], [6], [7], |
Thermischer Durchschlag | [1], |
Thermisches Gleichgewicht | [1], [2], |
Thermoanalysis | [1], |
Thermocouple | [1], [2], |
Thermocouples | [1], [2], [3], [4], |
Thermodynamic equilbrium | [1], |
Thermodynamic equlibrium | [1], |
Thermodynamic potentials | [1], [2], [3], [4], |
Thermodynamik | [1], [2], [3], [4], [5], |
Thermodynamik; als Grundlage der Matwiss | [1], [2], [3], |
thermodynamische Gleichgewicht; 1. Definition | [1], |
Thermodynamische Potentiale | [1], |
Thermodynamisches Gleichgewicht | [1], [2], [3], |
Thermodynamisches Potential | [1], [2], [3], |
Thermoelectric coefficients | [1], |
Thermoelectric devices; and semiconductor property | [1], |
Thermoelectric effects | [1], [2], |
Thermoelectric generators | [1], [2], |
Thermoelement | [1], [2], |
Thermoelemente | [1], |
Thermoluminescence | [1], |
Thermometer | [1], |
Thermoplast | [1], |
Thermoplaste | [1], |
Thermoplaste; die Monomere | [1], |
Thermovoltage | [1], [2], [3], [4], |
Theses | [1], |
Thick film technology; definition | [1], |
Thickness contours | [1], |
Thickness, roughness; measurements | [1], |
Thidrekssaga | [1], |
Thin film Si solar cell | [1], |
Thin film solar cells | [1], [2], |
Thin film technology; definition | [1], |
Thin film; meaning | [1], |
Thin films; special structures | [1], |
Thin flims | [1], |
Thin layer technology | [1], |
Third Age; Augustine's | [1], |
Thomas - Gilchrist Process | [1], |
Thomas flour | [1], |
Thomas process | [1], |
Thomas Steel | [1], |
Thompson tetrahedron | [1], [2], |
Thompson-Tetraeder | [1], |
Thomson effect | [1], [2], |
Thomson structures | [1], |
Thorsbjerg | [1], |
Thought experiments | [1], [2], |
Three dimensional defects | [1], |
Three level system | [1], [2], |
Three-age system | [1], |
Three-dimensional defects | [1], [2], |
Threshold density | [1], |
Threshold value for lasing ; gain coefficient | [1], [2], |
Threshold voltage | [1], [2], |
Threshold voltage; des MOS Transistors | [1], [2], |
Thuan Thiên; sword name | [1], |
Thumbnails | [1], |
Thyristor | [1], |
Tie-line in phase diagrams | [1], |
Tiefe Störstellen | [1], [2], [3], [4], [5], |
TIF format | [1], |
Tilt boundary | [1], [2], |
Time constant | [1], [2], |
Time constant: from RC | [1], [2], |
Time line early settlements | [1], |
Time line; bog sacrifices | [1], |
Time temperature transformation diagram | [1], |
Time-Temperature-Transformation diagrams | [1], |
Tin bronze | [1], [2], [3], |
Tin bronzes | [1], |
Tin cans | [1], |
Tin smelting | [1], |
Tin technology | [1], |
Tin, lead mix-up | [1], |
Tinplate | [1], |
Titanium Group | [1], |
Titanium in steel | [1], |
Titanium Nitride | [1], [2], |
Tizona | [1], [2], [3], |
Tizona; sword name | [1], |
Tizona; sword of El Cid | [1], |
TM polarization | [1], |
Toaster; and power | [1], |
Tod; und Gleichgewicht | [1], |
TOE | [1], |
Toledo | [1], |
Toledo and steel | [1], |
Toledostahl | [1], [2], |
Tongs | [1], |
Tonne | [1], |
Tool bars | [1], |
Tool steel | [1], |
Tools for microstructure engineering | [1], |
top | [1], |
Top view; advantages | [1], |
Topology; thin film | [1], |
Torch welding | [1], |
Tormalin; and pyroelectricity | [1], [2], |
Torque; and beam bending | [1], |
Torsion damast | [1], |
Torsion damast pattern | [1], |
Total differential | [1], [2], |
Total diffusion length | [1], |
Total energy | [1], |
Total energy (in Schroedinger equation) | [1], |
Total reflection | [1], |
Totales Differential; der freien Energie | [1], [2], [3], |
Tourendal | [1], [2], |
Town gas | [1], |
Trace elements; definition | [1], |
Trace impurirties; in iron | [1], |
Tracer atoms | [1], |
Trading iron | [1], |
Trajektorie | [1], |
Trajektorie; im Phasenraum | [1], |
Tranebaer | [1], |
Trans configuration# | [1], |
Transformation matrix | [1], |
Transformation rate | [1], |
Transformationseigenschaften; von Vektoren | [1], |
Transformatorkern | [1], |
Transformed ledeburite | [1], |
Transformer core material | [1], [2], |
Transformer steel | [1], |
Transient Current | [1], [2], |
Transients (in current) | [1], |
Transients (in voltage) | [1], |
Transistor | [1], [2], [3], |
Transistor radio | [1], [2], |
Transistor, bipolar | [1], [2], |
Transistor; Prinzip | [1], [2], |
Transistors; in IC | [1], |
Transit time | [1], |
Transition rates | [1], |
Transition temperature | [1], |
Transitzeit; durch die Transistorbasis | [1], [2], |
Translation symmetry | [1], |
Translation table Kröger-Vink to Schottky | [1], |
Translation; als Symmetrieoperation | [1], |
Translations vector; of lattice | [1], |
Translationssymmetrei | [1], |
Translationssymmetrie | [1], |
Translationsvektor | [1], |
Translationsvektoren | [1], |
Translationsvetor; eines Kristallgitters | [1], |
Translucence | [1], |
Transmisison electron microscope | [1], |
Transmission electron microscopes | [1], [2], [3], [4], [5], [6], |
Transmission microscopy | [1], |
Transmissionselektronenmikroskopie | [1], [2], |
Transmitted beam | [1], [2], |
Transmogrification | [1], [2], |
Transmutation of metals | [1], |
Transparency | [1], [2], [3], |
Transparency density | [1], |
Transparent background | [1], [2], |
Transparent conductive oxide; solar cell | [1], |
Transparent conductors | [1], [2], |
Transversal Wellen | [1], |
Transverse modes | [1], |
Treadmill | [1], [2], |
Treibende Kaft; für Flüsse | [1], |
Treibende Kraft | [1], |
Treibende Kraft; für Diffusionströme | [1], |
Treibende Kräfte | [1], |
Trench capacitor | [1], [2], [3], [4], |
Triboluminescence | [1], |
Trichlorosilane | [1], [2], [3], [4], [5], [6], |
tricks | [1], |
Triclinic lattice | [1], [2], |
Trigonal lattice | [1], [2], |
Trigonales Bravais Gitter | [1], [2], |
Triklines Gitter | [1], |
Trinnemose | [1], |
Triode | [1], [2], |
TRIP steel | [1], |
Triple junction solar cell | [1], |
Tristan | [1], |
Tristan and Isolde | [1], |
Trompe | [1], |
Troostite | [1], |
True damascene | [1], [2], [3], |
True name | [1], |
True name of hydrogen | [1], |
True name of iron | [1], [2], |
True strain | [1], [2], |
True stress | [1], [2], |
Truth about phase diagram Fe-C | [1], |
Ttechnical issue un generating light | [1], |
TTT Diagram | [1], |
TTT diagrams, construction | [1], |
Tulwar; definition | [1], |
Tumbaga | [1], |
Tumbaga; large picure | [1], |
Tungsten | [1], [2], |
Tungsten CVD | [1], [2], |
Tungsten in steel | [1], |
Tunnel diode | [1], [2], |
Tunnel diodes | [1], |
Tunneleffekt | [1], [2], [3], [4], [5], [6], [7], [8], |
Tunneling current | [1], |
Tunneling effect | [1], [2], |
Tunneln; von Teilchen | [1], |
Turkish Chamber | [1], [2], |
Turkish damask | [1], |
Turmalin | [1], |
Turquoise | [1], |
Tutankhamun khopesh | [1], |
Tuyere | [1], |
Tuyere; importance of | [1], |
Tuyère; definition | [1], |
Twilight of the Gods | [1], |
Twin boundaries | [1], |
Twin boundary | [1], |
Twinning | [1], |
Twinning deformation | [1], [2], |
Twinning Induced Plasticity steel | [1], |
Twinning; opposed to glide | [1], |
Twist boundary | [1], |
Twist bounday | [1], |
Two dimensional defects | [1], |
Two diode model; of solar cell | [1], |
Two-dimensional defects | [1], |
Two-phase regions | [1], |
Tyrfing; sword name | [1], |
Tüftler | [1], |
Türkis | [1], |
U, | |
Ulfbehrt made in monasteries | [1], |
Ulfbehrt; true ones | [1], |
Ulfberht fakes | [1], |
Ulfberht quality | [1], |
Ulfberht sword; Weser | [1], |
Ulfberht Swords | [1], |
Ulfberht swords; enigma of | [1], |
Ulfberht; and crucible steel | [1], |
Ulfberht; crucible steel. True? | [1], |
Ulfberht; cruciblel steel | [1], |
Ulfberht; name of smith | [1], |
Ulfberht; origin steel | [1], |
Ulfberht; original spelling | [1], |
Ulfberht; Weser | [1], |
Ulterviolet catastrophe | [1], |
Ultimate fracture strength | [1], [2], [3], |
Ultimate tensile strength | [1], |
Ultra-high carbon steel | [1], [2], |
Ultra-high vacuum; MBE | [1], |
Ultraviolet light | [1], |
Umlaute | [1], |
Uncertainty relaltion; for Lasers | [1], [2], |
Undercooling | [1], [2], |
Undersaturation | [1], [2], |
Unfaulting of stacking faults | [1], |
Ungeordnete Energie; Bezug zur Temperatur | [1], |
Ungeordnete Teilchenbewegung | [1], [2], |
Ungleichgewicht; bei Stromfluß | [1], [2], |
Uniaxial Deformation | [1], |
Uniformity: measurement | [1], |
Unipolar transistors | [1], [2], |
Unit cell | [1], |
Unit of a particle current density | [1], |
Unit vectors of the O-lattice | [1], [2], |
Units - cgs system | [1], |
Units; basic | [1], |
Units; basic SI | [1], |
Universal gas constant | [1], |
Universal Laws | [1], |
Universal solvent; Si as | [1], |
Universe; running the | [1], |
Universum | [1], |
Universum; Designerversion | [1], |
Universum; Verschwenderversion | [1], |
Unix | [1], |
Unix | [1], |
Unordnung; Notwendigkeit von | [1], |
Unordnung; und Entropie | [1], [2], |
Unschärferelation | [1], |
Unsymmetrischer p-n-Übergang | [1], [2], |
Unterscheidbarkeit; Definition | [1], |
Untersättigung an Fremdatomen | [1], |
Untersättigung; an atomaren Fehlstellen | [1], |
Ununterscheidbare Anordnungen | [1], [2], |
Ununterscheidbare Teilchen | [1], |
Uphill diffusion | [1], |
Upper bainite | [1], [2], |
Upper shelf energy | [1], [2], |
Upper shelf; in DTB | [1], |
Upper yield strength | [1], |
Uranium | [1], [2], |
Urin; zum Tempern von Schwertern | [1], |
Urknall | [1], [2], |
Ursache der Dielektrizitaetskonstanten | [1], |
USA | [1], |
Use of a sword; direct | [1], |
Using class sheets | [1], |
V, | |
Vacancies as building blocks of a crystal | [1], |
Vacancies for nirvana | [1], |
vacancies in crystals | [1], |
Vacancies; calculations of concentration | [1], |
Vacancy | [1], [2], [3], [4], [5], |
Vacancy as zero dim. defect | [1], |
Vacancy data | [1], |
Vacancy diffusion mechanism | [1], |
Vacancy doping | [1], |
Vacancy; in movie theatre | [1], |
vacuum impedance | [1], |
Vacuum tube | [1], [2], [3], [4], |
Vakuumenergie; als Referenzenergie | [1], |
Vakuumenergie; der Elektronen | [1], |
Valenzband | [1], [2], [3], |
Valenzband; im Raumbild | [1], |
Valenzbandkante | [1], |
Valhalla | [1], |
Valkyrie | [1], |
van der Waaks bonding | [1], |
van der Waals Bindung | [1], [2], |
Vanadium Group | [1], |
Vanadium in steel | [1], |
Vandals | [1], [2], |
Vanning | [1], |
Varactors | [1], |
Variations; in combinatorics | [1], [2], [3], |
Variations; math of | [1], [2], [3], |
Variationsrechnung | [1], [2], [3], |
Varna | [1], |
Varna burial | [1], |
Varna pictures large | [1], [2], [3], [4], [5], [6], [7], |
Vector | [1], |
Vector graphics | [1], |
Vector programs | [1], [2], |
Vectors | [1], |
Vektor; Komponenten | [1], |
Vektor; was ist das? | [1], |
Vektoren; Addition und Subtraktion | [1], |
Vektoren; Schreibweise | [1], |
Vektoren; Skalarprodukt | [1], |
Vektoren; Vektorprodukt | [1], |
Vektorfeld (der Kraft) | [1], |
Vektorprodukt | [1], |
Vektorrechnung | [1], |
Velocity (average) of carriers in a crystal | [1], [2], [3], |
Vendel Period | [1], |
Vendel period sword hilt | [1], |
Veneer; pattern welding | [1], [2], |
Venus de Milo | [1], |
Venus of Dolni Vestonice | [1], |
Venus of the Hohle Fels | [1], [2], |
Venus; stone age | [1], |
Verallgemeinerte Koordinaten | [1], |
Verbindungslinie | [1], |
Verbotene Übergänge | [1], |
Verbundwerkstoffe | [1], |
Verdet constant | [1], |
Verfomungsgeschwindigkeit | [1], |
Verformung; plastische | [1], |
Verformung; Unterschied zur Dehnung | [1], |
Verformungsdiagramm | [1], |
Verformungsgeschwindigkeit | [1], |
Verformungskurve | [1], |
Verformungsverfestigung | [1], [2], |
Verhoeven vs. Wadsworht | [1], |
Verity | [1], |
Vermilion | [1], |
Vernetzung | [1], |
Vernichtung von atomaen Fehlstellen | [1], |
Versatile | [1], [2], |
Verschiebungsdichte | [1], |
Verschlaufung; bei Polymeren | [1], |
Verschleißfestigkeit | [1], |
Versetzung | [1], |
Versetzungdichte | [1], |
Versetzungen | [1], [2], [3], [4], [5], [6], |
Versetzungen; und elektrische Eigenschaften | [1], |
Versetzungsbewegung | [1], |
Versetzungsbewegung_II | [1], [2], |
Versetzungsdichte | [1], |
Versetzungsgeschichte | [1], |
Versetzungsklettern | [1], |
Versetzungsknoten | [1], |
Versetzungskriechen | [1], [2], |
Versetzungslinie | [1], |
Versetzungsmultiplikation | [1], |
Versetzungsnetzwerk | [1], |
Versetzungsstau | [1], |
Versuch und Irrtum | [1], |
Verteilungsfunktion | [1], [2], |
Vervain; in quenching | [1], |
Very high temperatures | [1], |
Very large scale integration | [1], [2], |
Via; connectio between two metal layers in ICs | [1], [2], |
Vibration frequency atoms | [1], |
Vibration frequency; spring model | [1], |
Vibrationen | [1], |
Vibrationsfrequenz; Gitterschwingungen | [1], |
Vickers Hardness | [1], [2], [3], |
Video; in homepage | [1], |
Viele Elektronrn - oder nur eines? | [1], |
Vier Elemente Hypothese | [1], |
Vierer-Indizierung | [1], [2], |
Viewgraphs; decisive points | [1], |
Views | [1], |
Viking boats | [1], |
Viking conquest | [1], |
Viking era; beginning | [1], [2], |
Viking graffiti | [1], |
Viking settlements | [1], |
Viking sword; no such thing | [1], |
Viking Swords | [1], |
Viking's sword vs. Viking sword | [1], |
Viking; in Schleswig | [1], |
Vikings | [1], [2], |
Vikings; major raids | [1], |
Vimose | [1], |
Vimose-Illerup; sword type | [1], |
Vingsted | [1], |
Vinyl | [1], |
Virial equation | [1], [2], |
Virtual image | [1], |
virtuelle Teilchen | [1], |
Virtueller Professor | [1], |
Viscosity; glass | [1], |
Viscous flow; and stress relaxation | [1], |
Visible light | [1], |
Visigoths | [1], [2], |
Viskoelastisches Verhalten | [1], |
Viskoelastizität | [1], [2], |
Viskosität; eines Polymers | [1], |
Vitrification | [1], |
Vivian Bible | [1], |
Void | [1], [2], |
Void; as vacancy cluster | [1], |
Voids | [1], [2], [3], |
Voien-Hedelisker; sword type | [1], |
Voillständige Versetzung | [1], |
Vollgriffschwert | [1], |
Vollmer-Weber growth mode | [1], |
Volta potential | [1], [2], [3], [4], [5], |
Voltage; definition of | [1], |
Voltaterra | [1], |
Volterra | [1], |
Volterra for stacking faults | [1], |
Volterra knife | [1], |
Volterra Messer | [1], |
Volume change; phase transf. iron | [1], |
Volume density | [1], [2], |
Volume percent | [1], |
Volumendefekte | [1], [2], [3], [4], [5], [6], |
Volumenkonzentration | [1], |
von Karmann | [1], |
Vorgeschichte; Verformung und | [1], |
Vorwärtsstrom; einer Diode | [1], [2], [3], [4], |
Vorwärtsstrom; eines p-n-Übergangs | [1], |
Vulkanisation | [1], |
Völsungasaga | [1], |
W, | |
Wacker Siltronic | [1], [2], [3], [4], [5], [6], |
Wadsworth vs. Verhoeven | [1], |
Waermekapazitaet; des freien Elektronengases | [1], |
Wafer | [1], [2], [3], [4], |
Wafer bonding | [1], |
Wafer bonding; MEMS | [1], |
Wafer flat | [1], [2], |
Wafer, definition | [1], |
Wafer; Si | [1], [2], [3], |
Wafer; silicon | [1], |
Waferbonding | [1], |
Wafers | [1], [2], [3], |
Wafers; silicon | [1], |
Wahre Dehnung | [1], |
Wahre Spannungen | [1], |
Wahrheit | [1], [2], |
Wahrscheinlichkeit; eines Makrozustandes | [1], [2], |
Wahrscheinlichkeitsdichte | [1], [2], [3], [4], [5], [6], [7], [8], |
Wahrscheinlichlichkeit für Ordnung | [1], |
Wahrscheinlichster Abstand | [1], |
Wakizashi | [1], [2], |
Wanderungsenergie der Leerstelle | [1], |
Wanderungsenergie; des ZGA | [1], |
Wanderungsentropie | [1], |
Wareham forge | [1], [2], |
Warpage | [1], |
Warpage; of substrates | [1], |
Wasserstoff | [1], [2], |
Wasserstoffbrücke | [1], [2], |
Wasserstoffbrückenbindung | [1], [2], |
Watch, mechanical; and Si | [1], |
Water aspirator | [1], |
Water for quenching | [1], |
Water glass | [1], [2], |
Water pattern | [1], |
Water pattern; wootz | [1], |
Water wheel | [1], [2], [3], |
Watered Silk | [1], |
Watered silk pattern | [1], |
Watered steel | [1], |
Watt; definition | [1], [2], [3], |
Wave equation | [1], |
Wave function | [1], [2], [3], |
Wave function, and waves | [1], |
Wave impedance | [1], |
Wave kinds | [1], |
Wave length of free electron | [1], |
Wave pattern; wootz | [1], |
Wave picture for interference | [1], |
Wave picture of light | [1], |
Wave vector | [1], [2], [3], [4], [5], |
Wave, plane | [1], |
Wavelength; LED's | [1], |
Wavelength; of wave | [1], |
Waves | [1], |
Waves, interference | [1], |
Waves, phases of | [1], |
Waves; interaction | [1], |
Waves; kinds of | [1], |
Waves; types of | [1], |
Wayland the Smith; and Durendal | [1], |
Wazamono | [1], |
Weak beam | [1], |
Weak inversion | [1], |
Wear resistance | [1], |
Weathering steel; disadvantage | [1], |
Weathering Steels | [1], |
Wechselbelastung | [1], |
Weichmagnete | [1], |
Weight percent vs. atom percent | [1], |
Weight percent; concentration | [1], |
Weigth conc. to atomic conc. | [1], |
Weigth percent | [1], |
Weird swords 1000 BC | [1], |
Weiss field | [1], [2], |
Weiss theory of freromagnetism | [1], [2], |
Weiss's factor | [1], [2], |
Weitsprung | [1], |
Weiß'sche Bezirke | [1], |
Weld cracking | [1], |
Weldability | [1], [2], [3], |
Weldability | [1], |
Welding | [1], |
Welding, heat-affected zone | [1], |
Welding, liquid | [1], |
Welding; etymology | [1], |
Welding; liquid | [1], |
Well; for CMOS | [1], [2], |
Welle | [1], |
Welle; als Kombination voneSchwingungen in Raum und Zeit | [1], |
Welle; und Gertrud Stein | [1], |
Wellebvektor; 1. Auftreten | [1], |
Wellen | [1], [2], |
Wellenbild | [1], |
Wellenfront | [1], |
Wellenfunktion | [1], [2], [3], [4], [5], |
Wellenfunktion; erste Erwähnung | [1], |
Wellenfunktion; und Zustandssumme | [1], |
Wellenfunktionen; sichtbar machen | [1], |
Wellengleichug | [1], [2], [3], |
Wellenlaenge; geometrisch | [1], |
Wellenlänge | [1], |
Wellenlänge; des freien Elektrongas | [1], |
Wellenlänge; einer Welle | [1], |
Wellenlänge; von Licht | [1], |
Wellenpaket | [1], [2], |
Wellenpakete; und Gruppengeschwindigkeit | [1], |
Wellenvektor | [1], [2], [3], [4], [5], [6], [7], |
Wellenvektor; eines Lochs | [1], |
Wellenvektor; für Phononen | [1], |
Wellenvektoren; für freie Elektronen | [1], |
Wellenzahl | [1], [2], |
Werkstoffkunde | [1], [2], |
Werkstoffkunde Stahl | [1], |
Wet oxidation | [1], [2], |
Wetting | [1], |
Wetting angle | [1], [2], |
Wetzlar; iron history | [1], |
What questions | [1], |
White light; and LED | [1], |
White ware | [1], |
White weld line | [1], [2], [3], |
Why questions | [1], |
Widerstand, spezifischer | [1], |
Widerstand; einer Leiterbahn | [1], |
Widerstand; spezifischer | [1], [2], [3], [4], |
Widmannstätten ferrite | [1], |
Widmannstätten pattern; meteorite | [1], |
Widmannstätten Structures | [1], |
Width of a table | [1], |
Width of base region; parameter or speed | [1], [2], [3], |
Wiedemann-Franz law | [1], [2], |
Wiederkehr Theorem | [1], |
Wieland der Schmied; Auszug | [1], |
Wieland the smith | [1], |
Wigner | [1], [2], |
Wigner-Seitz cell | [1], [2], [3], [4], |
Wigner-Seitz cells | [1], [2], [3], |
Wigner-Seitz Elementarzelle des reziproken Gitters | [1], [2], [3], |
Wigner_Seitz Elementarzelle | [1], |
Wilhelm Tell; von Schiller | [1], |
Wilhem Tell; and Wayland | [1], |
Wind furnace | [1], |
Wind; smelting | [1], |
Windows | [1], [2], |
Wirbelströme | [1], |
Wirbeltiere; als Verbundwerkstoff | [1], |
Wire drawing | [1], |
Wire museum; Altena | [1], |
Wire saws | [1], |
Wirkleistung; Im Dielektrikum | [1], |
Wirkung | [1], |
Wirkungsgrad; einer Solarzelle | [1], |
Wirkungsgrad; Solarzelle | [1], |
Wirkungsquerschnitt | [1], |
Woerden-Bjaers; sword type | [1], |
Wollaston prism | [1], |
Wood grain | [1], |
Wood grain pattern | [1], |
Wood grain pattern; wootz | [1], |
Wood hardening; pyrotechnology | [1], |
Wood swords | [1], |
Wood; bio fuel | [1], |
Wootz | [1], |
Wootz steel | [1], |
Wootz and phase boundary movement | [1], |
Wootz blades | [1], |
Wootz cake | [1], |
Wootz pattern | [1], |
Wootz Stahl | [1], [2], |
Wootz steel | [1], [2], [3], [4], [5], [6], [7], [8], |
Wootz steel and casting | [1], |
Wootz steel is hypereutectic | [1], |
Wootz steel pattern formation | [1], |
Wootz Steel; and alloying | [1], |
Wootz steel; segregation | [1], |
Wootz steel; ultra-high carbon | [1], |
Wootz structure | [1], |
Wootz structure by dendrites | [1], |
Wootz swords | [1], |
Wootz: meaning | [1], |
Wootz; and cutting a stone | [1], |
Wootz; antiker indischer Stahl | [1], |
Wootz; cycling temperature | [1], |
Wootz; first use | [1], |
Wootz; mottled pattern | [1], |
Wootz; myth of | [1], |
Wootz; mythology | [1], |
Wootz; net pattern | [1], |
Wootz; nice pattern | [1], [2], |
Wootz; rose pattern | [1], |
Wootz; Russia | [1], |
Wootz; step pattern | [1], |
wootz; stripe pattern | [1], |
Wootz; water pattern | [1], |
Wootz; wave pattern | [1], |
Wootz; wood grain pattern | [1], |
Word and pdf modules | [1], |
Work function | [1], [2], |
Work hardening | [1], [2], [3], |
Work; and energy | [1], |
Work; done by moving a dislocation | [1], |
Workability | [1], |
Workfunction | [1], |
Workfunction; measurement | [1], |
Working point | [1], |
Working point; of solar cell | [1], |
Working recipe | [1], |
Working with native metals | [1], |
Workstation | [1], |
World Trade Center | [1], |
World's iron / steel production | [1], |
World; saving the | [1], |
Wright etch | [1], |
Wrong terms in micro electronics | [1], [2], |
Wrough iron; from bloom | [1], |
Wrought iron | [1], [2], [3], [4], |
Wrought iron from bloomeries | [1], |
Wrought iron from cast iron | [1], |
Wrought iron only in smelters? | [1], |
Wrougth iron | [1], |
Wuerttemberg State Museum; guide | [1], |
Wuestite | [1], [2], |
Wurtzit | [1], |
Wurtzite | [1], [2], |
Wurtzite; definition | [1], |
Wärme | [1], |
Wärme; als Energieform | [1], |
Wärme; und Energie | [1], |
Wärmekapazität | [1], [2], [3], |
Wärmekapazität, molar | [1], |
Wärmekapazität; molar | [1], [2], |
Wärmelehre | [1], |
Wärmeleitfähigkeit | [1], |
Wärmeleitung | [1], |
Wärmestrom | [1], |
Wärmetod des Universums | [1], [2], |
Wöhler Kurve | [1], |
Würfelspiel; ald Beispiel für Anwendung der Entropieformel | [1], |
Würth, Reinhold | [1], |
Württembergisches Landesmuseum | [1], |
X, | |
X-Ray Diffraction | [1], [2], [3], |
X-ray diffraction; Laue technique | [1], |
X-ray image | [1], |
X-ray imaging | [1], |
X-ray lithography | [1], [2], |
X-ray microscope | [1], [2], |
X-ray mirrors | [1], |
X-ray mirrors; and Si | [1], |
X-ray techniques; sword analysis | [1], |
X-rays | [1], [2], [3], [4], |
Xiphos | [1], [2], |
Y, | |
Yalman | [1], |
Yard | [1], |
Yatagan; definition | [1], |
Yield | [1], [2], [3], [4], |
Yield point elongation | [1], |
Yield strength | [1], |
Yield strength; definition | [1], |
Yield stress | [1], [2], |
Yield stress and dislocation movement | [1], |
Yield stress; dislocation density | [1], |
Yield; in chip factory | [1], |
Yielding | [1], |
Yielding before fracture | [1], |
You're the smith! | [1], |
Young's Modulus | [1], [2], |
Young's modulus and alloying | [1], |
Young's modulus, 4th rank tensor | [1], |
Young's modulus; binding potential | [1], |
Young's modulus; definition | [1], |
Young's modulus; ductile materials | [1], |
Young's modulus; iron/steel identical | [1], |
Young's principle | [1], |
Younger Edda | [1], |
Youngs modulus = E-Modul | [1], |
Youngs Modulus; Elastizitätsmodul | [1], |
Youngs' modulus; measure | [1], |
Young´s modulus | [1], [2], [3], [4], |
Yttrium - Barium - Kupfer - Oxid | [1], |
Yumuktepe | [1], [2], [3], |
Yumuktepe; stratigraphy | [1], |
Z, | |
Zahlenebene | [1], [2], |
Zebra stripes; eutectic | [1], |
Zehnerpotenzen | [1], |
Zeiger für komplexe Zahlen | [1], [2], |
Zeigerdiagramm; und DK | [1], |
Zeit; in Zuständen | [1], |
Zeit; Richtung | [1], |
Zeit; Richtung der | [1], [2], |
Zeit; und Quantentheorie | [1], |
Zeitabhängige Schrödingergleichung | [1], [2], |
Zeitkonstante RC | [1], |
Zeitkonstante; Rekombination | [1], |
Zeitmittel | [1], |
Zeitmittel; eines Teilchens | [1], |
Zeitung (und Matwiss) | [1], |
Zementit | [1], [2], [3], [4], |
Zerfall angeregter | [1], |
Zero dimensional defects | [1], |
Zero Kelvin | [1], |
Zero-dimensional defects | [1], [2], |
Zerreissen | [1], |
Zersetzung; von Duroplasten | [1], |
Zettels Traum | [1], |
Zeuss and Leda | [1], |
Zinc | [1], |
Zinc blende | [1], [2], [3], |
Zinc blende; definition | [1], |
Zinc group | [1], |
Zinc technology | [1], |
Zinkblende Struktur | [1], |
Zinkblende-Strukutr | [1], |
Zinseszinsrechnung; und wahre Dehnung | [1], |
Zirconium in steel | [1], |
Zivilisation; Grundlagen der | [1], |
Zivilisation; und Stahl | [1], |
ZnS structure | [1], |
ZnS Struktur | [1], |
Zone melting | [1], [2], |
Zonenreinigen | [1], |
Zonenschmelzen | [1], |
Zr-oxide structure | [1], |
Zufallsbewegung | [1], [2], [3], |
Zugang zum Internet der TF | [1], |
Zugversuch | [1], [2], [3], [4], [5], [6], [7], |
Zugversuch am Einkristall | [1], |
Zugversuch parallel zur Faser; bei Verbundwerkstoffen | [1], |
Zugversuch senkrecht zur Faser; bei Verbundwerkstofffen | [1], |
Zulfiqar | [1], [2], |
Zulfiqar; history | [1], |
Zulfiqar; sword name | [1], |
Zulfiqar; sword of Muhammad | [1], |
Zustand | [1], [2], [3], |
Zustand; codiert durch k | [1], |
Zustand; eines thermodynamischen Systems | [1], |
Zustand; erste Erwähnung | [1], |
Zustand; in der QT | [1], |
Zustandsdichte | [1], [2], |
Zustandsdichte; effektive | [1], |
Zustandsdichte; Formel | [1], |
Zustandsdichte; von Phononen | [1], [2], |
Zustandsfunktion | [1], |
Zustandsgröße | [1], |
Zustandsraum | [1], |
Zustandssumme | [1], [2], |
Zustandssumme; und Boltzmannverteilung | [1], |
Zustandsvariable | [1], |
Zustandsvariablen | [1], [2], |
Zustände: des freien Elektrongsaes | [1], |
Zustände; für Elektronen | [1], |
Zweidimensionale Defekte | [1], [2], [3], [4], |
Zweiter Hauptsatz | [1], |
Zweiter Hauptsatz der Thermodynamik | [1], [2], |
Zweiter Hauptsatz und Philosophie | [1], |
Zwiebelschale; als Volumenelement | [1], |
Zwillingskorngrenzen | [1], |
Zwischengitteratom | [1], [2], |
Zähigkeit | [1], |
Änderungen von Eigenschaften | [1], [2], |
Äquipartitionssatz | [1], |
Äquipartitionstheorem | [1], |
Ästhetische Materialeigenschaften | [1], [2], |
Äther | [1], [2], |
Ätzen; zur Sichtbarmachung des Gefüges | [1], |
Ätzgraben | [1], |
Ökologie; und Materialwissenschaft | [1], |
Ökologie; und MaWi | [1], [2], |
Ökologische Materialeigenschaften | [1], [2], |
Ökonomie; und Materialwissenschaft | [1], |
Ökonomie; und MaWi | [1], |
Ökonomische Materialeigenschaften | [1], [2], |
Übergänge; im Sinne von Halbleiterkontakt | [1], [2], |
Überraschung; und Information | [1], |
Überschneidung; bei Polymeren | [1], |
Übersättigung | [1], |
Übersättigung an Fremdatomen | [1], |
Übersättigung; an atomaren Fehlstellen | [1], |
Übungen; im Hyperskript | [1], [2], |