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Rotational raman-scattering using molecular nitrogen gas for calibration of Thomson-scattering apparatus

トムソン散乱装置較正のための窒素分子による回転ラマン散乱

山内 俊彦; 中沢 一郎*

Yamauchi, Toshihiko; Nakazawa, Ichiro*

窒素気体の反ストークス回転ラマン散乱から放射されるスペクトル線がトムソン散乱装置の較正源として適しているかに関して実験を行った。

Anti-stokes rotational raman lines in molecular nitrogen gas were used for the calibration of Thomson-scattering apparatus. It was found that molecular nitrogen gas is suitable for a vessel having strong stray lighta. The polarization rario was 0.16 using linear-polarized laser light.

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