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首页> 外文期刊>Applied physics. B, Lasers and optics >Influence of the thermal motion on the line shape and position of resonances in collinear fast beam laser spectroscopy
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Influence of the thermal motion on the line shape and position of resonances in collinear fast beam laser spectroscopy

机译:热运动对共线快光束激光光谱中线形和共振位置的影响

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摘要

We derive the spectral line shape for collinear fast beam laser spectroscopy. As initial condition we take a thermally distributed ensemble into account. While the thermal velocity distribution of the fast ensemble has an asymmetric structure due to the acceleration by the electrostatic field, under typical experimental conditions the convolution with the natural line shape preserves the Lorentz profile with negligible broadening. However, the spectral line as a whole experiences a small shift depending on the temperature of the source and the acceleration.
机译:我们得出共线快速光束激光光谱的光谱线形状。作为初始条件,我们考虑了热分布集成体。尽管快速集合体的热速度分布由于静电场的加速而具有不对称的结构,但在典型的实验条件下,与自然线形的卷积保留了洛伦兹轮廓,且宽度可忽略不计。但是,谱线总体上会根据源的温度和加速度而发生小的变化。

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