# Indexlist

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,

1st law of thermodynamics | [1], [2],
A,
Activation energy | [1],
Activity | [1], [2],
Africa (and steel) | [1],
Ageing by dislocation climb | [1],
Alchemy | [1],
Anion interstital; neglecting the | [1],
Anion vacancy | [1],
Anions; definition | [1],
Annealing experiments | [1],
Annihilation of point defects | [1],
Anodic dissolution | [1],
Anodic etching | [1],
Anti particles | [1],
Anti Schottky defect | [1],
Anti site defects | [1],
Anti-coherency dislocations | [1],
Anti-Frenkel disorder | [1],
Antisite defects | [1],
Archeometallurgy | [1],
Arrangement; in combinatorics | [1],
Arrhenius plot | [1], [2], [3],
Artifacts in defect etching | [1],
Association entropy; of a vacany - foreign atom complex | [1],
Atomic Jump Measurement; for diffusion | [1],
Atomic size defects | [1],
Austenite | [1],
Avogadros constant | [1],
B,
b-lattice | [1],
Backbone 1 | [1],
Backbone 2 | [1],
Balmung | [1],
Bandgap | [1],
Base of a crystal | [1],
Beatles | [1],
Beer | [1],
Berthollet | [1],
Bessemer converter | [1],
Bessemer process | [1],
Bessemer prozess | [1],
Bessemer steel | [1],
Binding energy | [1],
Binding enthalpy; of a vacancy - foreign atom complex | [1],
Binomial coefficient | [1], [2], [3],
Black art | [1],
Bloom | [1], [2], [3],
Bollmann | [1],
Bollmann theory | [1],
Boltzmann's constant | [1],
Boltzmanns entropy equation | [1], [2],
Book: Haasen | [1],
Books: Bohm | [1],
Books: Bollmann | [1],
Books: Hayes and Stoneham | [1], [2],
Books: Hirth and Lothe | [1],
Books: Kittel | [1],
Books: R.P. Baumann: Modrn thermodynamics with Statistical Mechanics | [1],
Bragg-condition | [1],
Bravais lattices | [1],
Bright field | [1],
Bronce | [1],
Bronce age | [1],
Brouwer diagram | [1],
Building element notation | [1],
Building elements | [1],
Bulk micro defects in Si | [1],
Bulk modulus | [1],
Burgers circuit | [1],
Burgers vector | [1], [2],
Burgers vector analysis | [1],
C,
Cast iron | [1], [2], [3], [4],
Casting | [1],
Cation interstitial | [1], [2],
Cation vacancy | [1], [2], [3],
Cations; definition | [1],
Cementite | [1],
Charcoal | [1],
Charge equilibrium | [1],
Charge neutrality condition | [1], [2],
Charged vacancies | [1],
Chemical equilibrium | [1], [2], [3],
Chemical kinetics | [1],
Chemical potential | [1], [2], [3], [4], [5],
Chemical potentials | [1],
China (and steel) | [1],
China and steel | [1],
Chip | [1],
Chips | [1],
Climb (of dislocations) | [1],
Climb of dislocations | [1],
Climb; of dislocations | [1], [2],
Coherency dislocations | [1],
Coherent boundaries | [1],
Coherent interface | [1],
Coherent ledges | [1],
Coherent steps | [1],
Coincidence site lattice | [1], [2],
Coke | [1],
Colada | [1],
Combinations; in combinatorics | [1],
Combinations; math of | [1],
Combinatorics | [1],
Complete pattern shift lattice | [1],
Complexes | [1],
Compliant substrate | [1], [2],
Compressive strain; at a dislocation | [1],
Concentration profile measurements | [1],
Conservative movement of dislocations | [1],
Continuity equation | [1],
Contrast analysis | [1],
Contrast in TEM | [1],
Contrast transfer function. | [1],
Copper age | [1],
Copper smelting | [1],
Correlation effects; in diffusion | [1],
Correlation factor | [1],
Covalent crystals; and multi vacancies | [1],
Critical shear stress | [1], [2],
Critical thickness for epitaxial layers | [1],
Crowdion | [1],
Crystal | [1],
Crystal growth and ponit defects | [1],
CsCl structure | [1],
Cubic body centered lattice | [1],
Cubic face centered lattice | [1],
Cubic lattices | [1],
Cubic primitive lattice | [1],
Cylinder coordinates for dislocations | [1],
D,
D-defects in Si | [1],
Damascene technique | [1],
Damascene techniques | [1], [2],
Damascus | [1],
Damascus steel | [1],
Dark field | [1],
Dash etch | [1],
Debris | [1],
Debye | [1],
Debye length | [1], [2], [3],
Debye temperature | [1],
Deep level transient spectroscopy | [1],
Defect decoration | [1],
Defect engineering | [1],
Defect spinel | [1],
Defects and steel | [1],
Definition of partial dislocations | [1],
Denuded zones | [1],
Designer defects | [1],
Determinant of a matrix | [1],
Diamond structure | [1],
Diamonds | [1],
Differential thermal expansion | [1],
Diffraction condition in TEM | [1],
Diffraction pattern | [1],
Diffraction vector | [1],
Diffusion = random walk | [1],
Diffusion and point defects | [1],
Diffusion in Si | [1],
Diffusion length | [1], [2], [3],
Diffusion profile | [1],
Direct diffusion | [1],
direct diffusion mechanism | [1],
Disclination | [1],
Disclinations | [1],
Discovery or invention? | [1],
Dislocation climb | [1],
Dislocation core | [1], [2],
Dislocation core radius | [1],
Dislocation debris | [1],
Dislocation generation | [1],
Dislocation knot | [1],
Dislocation line | [1],
Dislocation loop | [1],
Dislocations | [1],
Dislocations in bcc lattices | [1],
Dislocations in the diamond lattice | [1],
Dislocations movement, and plastic deformation | [1],
Displacement field | [1], [2],
dissociative mechanism | [1],
Distortion; from dislocations | [1],
Divacancy | [1],
Doping with vacancies | [1],
Doping; and defects | [1],
DSC lattice | [1], [2],
DSC-lattice | [1], [2],
Dumbbell | [1],
E,
Eckesachs | [1],
Eisenbahn | [1],
Elastic field of a dislocation | [1],
Elasticity theory; basics for dislocations | [1],
Electro beam induced current microscopy | [1],
Electrochemical Equilibrium | [1],
Electron beam induced current | [1],
Electron spin resonance | [1],
Electroneutrality | [1],
Electronically active defects | [1],
Elementary cell | [1],
Energy levels of point defects in a band gap | [1],
Enthalpy | [1], [2],
Entropy | [1], [2], [3], [4], [5], [6],
Entropy barrier | [1],
Entropy of association | [1],
Entropy of configuration | [1],
Entropy of mixing | [1],
Equilibrium concentration of vacancy - impurity atom complexes | [1],
Equilibrium condition and chem. potential | [1],
Equilibrium distance; for partial dislocations | [1],
Equivalent points | [1],
Eskimos (and steel) | [1],
Etch grooves | [1],
Etch pits | [1],
Euler relation | [1],
Europe and steel | [1],
Ewald sphere | [1],
Excalibur | [1],
Excess charge | [1],
Excitation error | [1],
Extended interstitial | [1],
Extended point defect | [1],
Extinction length | [1],
Extrinsic grain boundary dislocations | [1],
Extrinsic interstitials | [1],
Extrinsic point defects | [1], [2], [3],
Extrinsic stacking fault | [1],
F,
Face centered cubic lattice | [1],
facets in grain boundaries | [1],
Facetting | [1],
Facetting (of grain boundaries) | [1],
Factorials | [1],
Famous swords | [1],
Fatigue | [1],
Fermi | [1],
Fermi energy | [1], [2], [3],
Fermi energy; and point defects | [1],
Ferrite | [1],
Ficks 1. law | [1],
Ficks 2. law | [1],
Field ion microscopy | [1],
Fluorite structure | [1],
Flux-line lattice | [1],
Force on a dislocation | [1],
Forces on glide plane | [1],
Forge welding | [1],
Forging | [1],
Formation energy of a double kink | [1],
Formation enthalpies for Schottky defects | [1],
Formation enthalpy | [1],
Formation entropy | [1],
formations enthalpies for Frenkel defects | [1],
Fourier transform | [1],
Fourier transform IR spectroscopy | [1], [2],
Frank dislocation | [1],
Frank-Read mechanism | [1],
frank-turnbull mechanism | [1],
Franks formula | [1], [2],
Free energy | [1], [2], [3], [4], [5],
Free enthalpy | [1], [2], [3], [4], [5], [6], [7],
Frenkel | [1],
Frenkel defects | [1], [2],
Frenkel defects; formation enthalpies | [1], [2],
Frenkel disorder | [1], [2],
Frenkel pair | [1],
Frozen-in defects | [1],
Fugacity | [1],
G,
Garnet structure | [1],
Generalized coordinates | [1],
Generalized force | [1],
Generalized forces | [1],
Generation of dislocations | [1],
Generation of point defects | [1],
Geometric kinks | [1],
Geometry factor for diffusion | [1],
Geometry factor; of diffusion jumps | [1],
Gibbs energy | [1], [2], [3], [4],
Glide (of dislocations) | [1],
Glide cylinder | [1],
Glide plane | [1], [2],
Glide set dislocations | [1],
Glide system | [1],
Global equilibrium | [1],
Grain boundaries | [1],
Grain boundary dislocations | [1],
Grain boundary energy | [1],
Grain boundary; source / sink point defects | [1],
Greenland (and steel) | [1],
H,
Hardening mechanism | [1],
Harmonic oscillator | [1],
Haya (afrikanisches Volk) | [1],
Haze | [1], [2], [3],
Heat | [1], [2],
Heat of formation | [1], [2],
Helmholtz energy | [1], [2], [3],
Hephaistos | [1],
Hethites (and iron) | [1],
Hexagonal close packed lattice | [1], [2],
Hexagonal lattice | [1],
Hittites and steel | [1], [2],
Holes in semiconductors | [1],
Hooke´s law | [1],
Hypereutectoid steel | [1],
Hyperscript | [1],
Hypo-eutectoid steel | [1],
I,
Ideal solids | [1],
Identy matrix | [1],
Imaging mode | [1],
Impurity atoms | [1], [2],
Independent reaction partners | [1],
India (and steel) | [1],
indirect interstitial mechanism | [1],
Infra red | [1],
Infra red spectroscopy | [1],
Infrared light microscopy | [1],
Ingersheim; sword from | [1],
Integrated circuits | [1],
Internal energy | [1], [2],
Internal friction | [1],
Internal oxidation | [1],
Internal stress | [1],
Interstitials | [1],
Intrinsic gettering | [1],
Intrinsic interstitials | [1],
Intrinsic point defects | [1], [2], [3],
Intrinsic stacking fault | [1],
Invention of the Dislocation | [1],
Invention or discovery? | [1],
Inverse matrix | [1],
Ionic conductors | [1],
Ionic crystals | [1], [2],
Ionic crystals; and multi vacancies | [1],
Ionics | [1], [2],
Iron bloom | [1],
Iron precipitates in Si | [1],
Iron; the making of | [1],
Irradiation and point defects | [1],
J,
Japan and steel | [1],
Japanese damascene technique | [1],
Jogs | [1], [2],
Johnson complex | [1],
K,
Kelts (and steel) | [1],
kick-out mechanism | [1],
Kikuchi lines | [1],
King Tut | [1],
Kinks | [1],
Kinks; thermal equilibrium | [1],
Knot (of dislocations) | [1],
Kröger-Vink and mass action law | [1],
Kröger-Vink diagram | [1],
Kröger-Vink notation | [1], [2],
L,
Lamé constants | [1],
Lattice | [1], [2],
Legendre transformation | [1],
Lifetime | [1],
Light beam induced current | [1],
Light microsocope | [1],
Line energy | [1], [2], [3],
Line tension | [1],
Line vector | [1],
Local equilibrium | [1],
Lomer-Cotrell dislocations | [1], [2],
M,
Macrostate | [1], [2], [3],
Magical swords | [1],
Malachite | [1],
Martensite | [1],
Mass action law | [1], [2], [3], [4],
Mass action law and Kröger-Vink | [1],
Matrix | [1],
Matrix algebra | [1], [2],
Mechanisms for dislocation generation | [1],
Metals; and multi acancies | [1],
Metaphysics | [1],
Micro twin | [1],
Micro twins | [1],
Microelectronics, and defects | [1],
Microelectronics; and defects | [1],
Microstate | [1], [2],
Migration energy | [1],
Migration entropy | [1],
Mimung | [1],
Minimal strain (in O-lattice theory) | [1],
Minority carrier diffusion length | [1],
Misfit dislocations | [1],
Mixed defects | [1],
Mixed dislocation | [1],
Mixed dislocations; strain field of a | [1],
Mohammeds latter | [1],
Moirée pattern | [1], [2],
Moirée patterns | [1],
Mol; definition | [1],
Mole fraction | [1],
Monoclinic lattice | [1],
Multi vacancies | [1],
Mößbauer effect | [1],
N,
NaCl structure | [1],
Nagelring | [1],
Neutron transmutation doping | [1],
New Schottky notation | [1],
Nibelungen saga | [1],
Nitridation and point defects | [1],
Nobel prize | [1],
Non conservative dislocation movement | [1],
Non-equilibrium for point defects | [1],
Non-ideal gases | [1],
Normal strain | [1],
Notung | [1],
Nuclear magnetic resonance | [1],
O,
O-lattice theory | [1], [2],
O-lines | [1],
O-points | [1],
O2-lattice | [1],
Octahedral sites | [1],
Old Schottky notation | [1],
One dimensional defects | [1],
One-dimensional defect | [1],
Optoelectronics; and defects | [1],
Optoelectronis, and defects | [1],
Orthorhombic lattice | [1],
Oversaturation | [1],
Oxidation and point defects | [1],
Oxidation induced stacking fault | [1], [2],
Oxidation inducued stacking faults | [1],
P,
Pairs of point defects | [1],
Partial dislocations | [1], [2], [3],
Partial pressure | [1],
Particle flux | [1],
Partition function | [1],
Pattern element | [1],
Pattern elements | [1],
Pattern welding | [1], [2],
Pauli principle | [1],
Peary; R.; admiral and thief | [1],
Peierls | [1],
Peierls potential | [1],
Perlite | [1],
Perovskite structure | [1],
Perpetuum mobile | [1],
Phase boundary | [1],
Phase boundary dislocations | [1],
Phase diagrams | [1],
Phase space | [1],
Philosophers | [1],
Plasic deformation and point defects | [1],
Plastic deformation; and dislocation movement | [1],
Point defects | [1], [2],
Point defects and sensors | [1],
Poisson equation | [1],
Poisson´s ratio | [1],
Polarization microscopy | [1],
Poly crystal | [1],
Positron | [1],
Positron annihilation | [1],
Precipitates | [1],
Precipitation and point defects | [1],
Preferential etching | [1],
Pressure and stress | [1],
Primitive unit cell | [1],
Prismatic punching | [1],
Probability of a macrostate | [1], [2],
Pure steps | [1],
Q,
Quasicrystals | [1],
Quenching | [1], [2],
Quenching experiments | [1],
Quenching; and vacancy clusters | [1],
Qxygen sensor | [1],
R,
Raction equation; for point defects | [1],
Random walk | [1], [2],
Rank of a matrix | [1],
Rank of the deformation matrix | [1],
Reaction constant | [1],
Reaction coordinate | [1],
Reactive Interfaces and point defecs | [1],
Reduced O-lattice | [1],
Residual resistivity | [1],
Resolved shear stress | [1],
Rhombohedral lattice | [1],
Rigid body translation | [1],
Roland saga | [1],
Rutherford backscattering | [1],
S,
S-curve; for positron annihiliation | [1],
Scanning tunneling microscope | [1],
Schleswig | [1],
Schleswig-Holstein | [1],
Schmalzried | [1],
Schottky defects | [1], [2],
Schottky defects; formation enthalpies | [1], [2],
Schottky disorder | [1],
Schottky notation | [1],
Schottly notation | [1],
Scientists; vs. philosophers | [1],
Screw dislocation | [1],
Screw dislocations; name | [1],
Secco etch | [1], [2],
Second order O-lattice | [1],
Secondary grain boundary defects | [1],
Secondary mass spectroscopy | [1],
Seiter etch | [1],
Seitz | [1],
Self diffusion coefficient | [1],
Self-interstitial | [1],
Self-interstitials | [1], [2],
Self-interstitials; in Si | [1],
Semi-coherent interface | [1],
Sensor; and mass action law | [1],
Sensors | [1],
Sensors and point defects | [1],
Shear modulus | [1],
Shear strain | [1],
Shockley partial dislocation | [1],
Shockley partials | [1], [2], [3],
Shuffle set dislocations | [1],
Si wafer | [1],
Single crystal | [1],
Sinks for point defects | [1],
Sirtl etch | [1], [2],
Small angle grain boundary | [1],
Small-angle grain boundary | [1],
Snoek effect | [1],
Solid state diffusion | [1],
Solubility | [1],
Solubility energy | [1],
Solubility enthalpy | [1],
Solubility entropy | [1], [2],
Sources for point defects | [1],
Spatha from Ingersheim | [1],
Sphalerite structure | [1],
Spinel structure | [1],
Split dislocation | [1],
Stacking fault | [1],
Stacking fault energy | [1],
Stacking fault fringes | [1],
Stacking fault loops | [1],
Stacking fault tetrahedra | [1], [2],
Stacking fault; in split dislocations | [1],
Stacking faults | [1],
Stacking faults in the DSC lattice | [1],
Stair-rod dislocations | [1], [2], [3],
Standard reaction enthalpy | [1],
State function | [1],
State function of a classical particle | [1],
Steam engine, and steel production | [1],
Steel | [1],
Steel; brief history of | [1],
Step in a grain boundary | [1],
Steps in phase boundaries | [1],
Stirling formula | [1],
Stirlings formula | [1],
STM image of point defects | [1],
Stochiometric point | [1],
Stoichiometry | [1],
Strain | [1],
Strain energy | [1],
Strain field | [1],
Strain field of a screw dislocation | [1],
Strain field of an edge dislocation | [1],
Strain tensor | [1],
Strain; definition of | [1],
Strained layer | [1],
Stress | [1],
Stress field | [1],
Stress field of a screw dislocation | [1],
Structure elements | [1], [2],
Structure sensitive propetires | [1],
Subdeterminant | [1],
Superconductors | [1],
Superplasticity of wootz steel | [1],
Swirl defects | [1],
Swirl defects in Si | [1],
Sword from Ingersheim | [1],
Swords | [1],
Swords, magical or famous | [1],
T,
Temperature (Kelvin scale) | [1],
Tensile strain; at a dislocation | [1],
Tensor | [1],
Tetragonal lattice | [1],
Tetrahedral site | [1],
Theory of science | [1],
Thermal equilibrium | [1],
Thermal kinks | [1],
Thermodynamic potential | [1], [2], [3],
Thickness contours | [1],
Thompson tetrahedron | [1],
Three dimensional defects | [1],
Tilt boundary | [1],
Tizona | [1],
Toledo | [1],
Toledo and steel | [1],
Total differential | [1],
Tourendal | [1],
Tracer atoms | [1],
Transformation matrix | [1],
Translation table Kröger-Vink to Schottky | [1],
Transmission electron microscope | [1], [2],
Transmogrification | [1], [2],
Triclinic lattice | [1],
Twin boundaries | [1],
Twist boundary | [1],
Two dimensional defects | [1],
U,
Undersaturation | [1],
Unfaulting of stacking faults | [1],
Unit vectors of the O-lattice | [1],
Uphill diffusion | [1],
V,
Vacancies as building blocks of a crystal | [1],
Vacancy | [1], [2],
Vacancy doping | [1],
Variations; in combinatorics | [1],
Variations; math of | [1],
Vector | [1],
Vikings | [1],
Virial equation | [1],
Voids | [1],
Volterra for stacking faults | [1],
Volterra knife | [1],
W,
Waferbonding | [1],
Watered steel | [1],
Weak beam | [1],
Wigner | [1],
Wigner-Seitz cell | [1], [2],
Wigner-Seitz cells | [1],
Wootz steel | [1], [2], [3], [4], [5],
Work; done by moving a dislocation | [1],
Wright etch | [1],
Wrought iron | [1], [2],
Wrougth iron | [1],
Württembergisches Landesmuseum | [1],
X,
x-ray diffraction | [1],
Y,
Young´s modulus | [1], [2],
Z,
Zero dimensional defects | [1],
Zinc blende | [1],
ZnS structure | [1],
Zr-oxide structure | [1],

© H. Föll (Defects - Script)