The effect of Compton scattering on the exchange of energy between ele
ctrons and radiation in inertial confinement fusion targets is calcula
ted using a simple model involving a Fokker-Planck description. It is
found that although prior to thermonuclear burn, the difference in ene
rgy in the radiation field calculated with and without Compton scatter
ing is negligible, at the higher temperatures obtained during the burn
phase the effect of Compton scattering is more significant with an in
crease of up to about 20% in the radiation energy at an electron tempe
rature of 50 keV. Copyright (C) 1996 Elsevier Science Ltd