# Monte Carlo Simulation of Corrent Burst Model

## Moovie of oscillating Oxide layer

Implementing

1. the continuity equation
2. the probability functions
3. and the synchronizing and desyncronizing mechanisms

into a Monte Carlo algorithm we get the following results:

Potential losses correspond to the locations of Channels | The mean oxide thickness defines the dynamics of Oxide growth | The HF-Oxide interface mooves by chemical etching of the oxide layer | The Oxide-Si interface mooves by oxide growing through "Channels"