In normal one-temperature plasma the motion of ions is usually neglected whencalculating the Bremsstrahlung radiation of the plasma. We calculate the Bremsstrahlung radiationof a two-temperature plasma by taking into ...In normal one-temperature plasma the motion of ions is usually neglected whencalculating the Bremsstrahlung radiation of the plasma. We calculate the Bremsstrahlung radiationof a two-temperature plasma by taking into account of the motion of ions. Our results show that thetotal radiation power is always lower if the motion of ions is considered. We also apply thetwo-temperature Bremsstrahlung radiation mechanism for an analytical Advection-Dominated AccretionFlow (ADAF) model; we find the two-temperature correction to the total Bremsstrahlung radiation forADAF is negligible.展开更多
基金Supported by the National Natural Science Foundation of China
文摘In normal one-temperature plasma the motion of ions is usually neglected whencalculating the Bremsstrahlung radiation of the plasma. We calculate the Bremsstrahlung radiationof a two-temperature plasma by taking into account of the motion of ions. Our results show that thetotal radiation power is always lower if the motion of ions is considered. We also apply thetwo-temperature Bremsstrahlung radiation mechanism for an analytical Advection-Dominated AccretionFlow (ADAF) model; we find the two-temperature correction to the total Bremsstrahlung radiation forADAF is negligible.
