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Effect of Nuclear Plus Interference Scattering on Fast-Ion Slowing-Down Distribution Functions in Thermonuclear Plasmas

机译:核加干扰散射对热核等离子体中快离子减速分布函数的影响

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The effect of the nuclear plus interference (NI) scattering on the slowing-down distribution functions of energetic-ions, e.g., protons produced by 3He(d,p)4He reactions in a D3He plasma and an energetic deuterium beam injected into a DT plasma, are examined using the Boltzmann-Fokker-Planck model. As a result of the acceleration of the slowing-down process of energetic ions due to NI scattering, the magnitude of the energetic component is reduced compared with the case when NI scattering is ignored. The degree of the reduction and its energy range are quantitatively evaluated for various plasma conditions.
机译:核与干扰(NI)散射对高能离子(例如由 3 He(d,p) 4 产生的质子)的慢速分布函数的影响使用Boltzmann-Fokker-Planck模型检查了在D 3 He等离子体中的反应以及注入DT等离子体的高能氘束。由于NI散射引起的高能离子的减速过程的加速的结果,与忽略NI散射的情况相比,高能成分的大小减小了。对于各种等离子体条件,对还原程度及其能量范围进行了定量评估。

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