作者: V. V. Mirnov , D. L. Brower , D. J. Den Hartog , W. X. Ding , J. Duff
DOI: 10.1063/1.4891176
关键词: Electron temperature 、 Polarimetry 、 Electron 、 Interferometry 、 Thomson scattering 、 Computational physics 、 Polarimeter 、 Atomic physics 、 Scattering 、 Plasma diagnostics 、 Physics
摘要: At anticipated high electron temperatures in ITER, the effects of thermal motion on Thomson scattering (TS), toroidal interferometer/polarimeter (TIP), and poloidal polarimeter (PoPola) diagnostics will be significant must accurately treated. The precision previous lowest order linear τ = Te/mec2 model may insufficient; we present a more precise with τ2-order corrections to satisfy accuracy required for ITER TIP PoPola diagnostics. is extended from Maxwellian general class anisotropic distributions that allows us take into account distortions caused by equilibrium current, ECRH, RF current drive effects. classical problem degree polarization incoherent scattered radiation solved analytically exactly without any approximations full range incident polarizations, angles, non-relativistic ultra-relativistic. results are discusse...