Electron Trajectory¶
Trajectory Simulator computes electron trajectories inside a sample by the Monte-Carlo method: incident electrons undergo elastic and inelastic scattering, and the resulting distributions of backscattered electrons (direction, energy, penetration depth) are accumulated. These distributions also feed the angular/energy/depth weighting used by the 14. EBSD simulation.
Calculation Conditions¶
Beam energy, number of incident electrons, sample/material, and other Monte-Carlo parameters.
Stereonet Options¶
Display options for the angular distribution drawn on the stereographic projection.
Statistics¶
Summary of the run (backscatter yield, mean free path, penetration depth, etc.).
BSE direction distribution¶
Angular distribution of the backscattered electrons (the stereonet center corresponds to the surface normal direction).
Profiles¶
Depth and energy profiles of the simulated electrons.
BSE energy distribution at escape¶
