compute_implantation_coefficients_angle
- divHretention.compute_implantation_coefficients_angle.implantation_range(energy, angle)
Computes the reflection coefficient based on the particles incident energy and angle. Based on the formula: implantation range = 1.88e-10*energy^0.5924
- Parameters
energy (float) – incident energy in eV
angle (float) – angle of incidence in degree (0deg corresponds to a normal incidence). Note: there is no angular dependence in this model
- Returns
the implantation range in m
- Return type
float
- divHretention.compute_implantation_coefficients_angle.reflection_coeff(energy, angle)
Computes the reflection coefficient based on the particles incident energy and angle.
- Parameters
energy (float) – incident energy in eV
angle (float) – angle of incidence in degree (0deg corresponds to a normal incidence)
- Returns
the reflection coefficient between 0 and 1. 1 = all particles are reflected, 0 = all particles are implanted
- Return type
float