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首页> 外文期刊>Plasma physics and controlled fusion >Calculation of a magnetic field effect on emission spectra of light diatomic molecules for diagnostic application to fusion edge plasmas
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Calculation of a magnetic field effect on emission spectra of light diatomic molecules for diagnostic application to fusion edge plasmas

机译:磁场对光双原子分子发射光谱的影响计算,以用于融合边缘等离子体的诊断应用

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摘要

A scheme for computation of emission spectra of light diatomic molecules under external magnetic and electric fields is presented. As model species in fusion edge plasmas, the scheme is applied to polarization-resolved emission spectra of H2, CH, C2, BH and BeH molecules. The possibility of performing spatially resolved measurements of these spectra is examined.
机译:提出了一种计算光双原子分子在外部磁场和电场作用下的发射光谱的方案。作为融合边缘等离子体中的模型物种,该方案适用于H2,CH,C2,BH和BeH分子的偏振分辨发射光谱。研究了对这些光谱进行空间分辨测量的可能性。

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