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--- codes:en_brems [2014/07/07 14:25] – christoph
+++ codes:en_brems [2025/04/17 13:57] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
 On this site we present a C++ code which can be used to create data tables for the
-doubly differential cross sections for electron-nucleus and pair production Bremsstrahlung. The code consists of two parts: In the beginning there is a header which defines the functions for Bremsstrahlung and pair
+doubly differential cross sections for electron-nucleus Bremsstrahlung and pair production. The code consists of two parts: In the beginning there is a header which defines the functions for Bremsstrahlung and pair
 production. These lines have to appear in the beginning of a C++ code. Then the
 functions for Bremsstrahlung and pair production follow which can be placed anywhere
 else in the code.\\
 The function to calculate the doubly differential cross section for Bremsstrahlung can
-be called by\\
+be called by
-brems ( E_kin , omega , The ta_i )\\
+<code>
+brems(E_kin, omega, Theta_i)
+</code>
 where E_kin denotes the kinetic energy of the incident electron in Joule, omega is the
-frequency of the emitted photon in s−1 and Theta_i is the scattering angle. The function
+frequency of the emitted photon in 1/s and Theta_i is the scattering angle. The function
 to calculate the doubly differential cross section for pair production can be called by\\
-p a i r p r ( E_kin , omega , Theta_p )\\
+<code>
-where E kin denotes the kinetic energy of the created positron in Joule, omega the frequency
+pairpr(E_kin, omega, Theta_p)
-of the incident photon in s−1 and Theta_p the angle between both.\\
+</code>
+where E_kin denotes the kinetic energy of the created positron in Joule, omega the frequency
+of the incident photon in 1/s and Theta_p the angle between both.\\
 The code can be downloaded {{en_brems.cpp|here}}.
+If you use this code, please cite {{bremsstrahlung_koehn_ebert_final_pagenumber.pdf|this article}}.