Non-thermal shielding effects on the Compton scattering power in astrophysical plasmas

• Non-thermal effect on the Compton scattering is investigated in astrophysical plasmas.
• The inverse Compton power is obtained by the blackbody photon distribution.
• The total Compton power is also obtained by the Lorentzan distribution of plasmas.
• The variation of the total Compton power is also discussed.

The non-thermal shielding effects on the inverse Compton scattering are investigated in astrophysical non-thermal Lorentzian plasmas. The inverse Compton power is obtained by the modified Compton scattering cross section in Lorentzian plasmas with the blackbody photon distribution. The total Compton power is also obtained by the Lorentzan distribution of plasmas. It is found that the influence of non-thermal character of the plasma suppresses the inverse Compton power in astrophysical Lorentzian plasmas. It is also found that the non-thermal effect on the inverse Compton power decreases with an increase of the temperature. In addition, the non-thermal effect on the total Compton power with Lorentzan plasmas increases in low-temperature photons and, however, decreases in intermediate-temperature photons with increasing Debye length. The variation of the total Compton power is also discussed.