atompy.physics.compton_scattering

Import atompy.physics.compton_scattering:

import atompy.physics.compton_scattering as apc

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thomson_cross_section(thetas[, normalize])	Calculate the differential thomson cross section.
klein_nishina_cross_section(Ein, cos_theta)	Calculate Klein Nishina cross section
compton_photon_energy_out(Ein, cos_theta)	Energy of an outgoing Compton photon
scattering_angle_distr(N, k1_mag_au)	Get distribution of N scattering angles following Klein Nishina cross section
mom_final_distr_photon(N, k1_mag[, theta_min])	Scatter randomly N photons with Klein Nishina cross section.
mom_final_distr_photon_var(k1_mags_au[, ...])	Scatter photons randomly with Klein Nishina cross section.
mom_final_distr_elec(k1_mag_au, k2, kinit)	Calculates kinit - k2 + (k1_mag,0,0)
mom_transfer_approx(kin_au, ...)	Calculate momentum transfer assuming in and outgoing photon momentum is unchanged.
stretch_Compton_electron_onto_sphere(...)	The final electron momentum is not on a perfect sphere since the photon loses energy in the scattering process.
calculate_Q_neglecting_mom_init(...)	Calculate momentum transfer with the approximation that the energy of the outgoing photon equals the energy of the incoming photon.