COMPTON SCATTERING BY RELATIVISTIC ELECTRONS + Geometry ... Sphere with tau_es + Electrons ... Thermal + Nonthermal + Input photons ... Planckian with T_rad Thermal ... density fraction = 9.000E-01 Non-thermal ... density fraction = 1.000E-01 Te/mc^2 = 3.9140E-02 Te(keV) = 2.0001E+01 p = 5.5000E+00 gamma_low = 1.2047E+00 gamma_high = 1.0000E+03 kT_rad/mc^2 = 1.0000E-06 T_rad(keV) = 5.1100E-04 T_rad(K) = 5.9299E+03 tau_es = 1.6000E+01 Photon Number = 100000 eps(cutoff) = 1.000E-12 x(1) = 1.000E-10 x(nx) = 1.172E+06 nx = 186 ranmar initialized: 199615 2 8 114 26 mean of initial photon energy (theory) = 2.7012E-06 ++ simulation results ++ mean of initial photon energy = 2.7150E-06 mean of emission photon energy = 7.6273E-02 energy amplification factor = 2.8094E+04