We present detailed tabulated Zeeman effect splitting coefficients for ground-state ClO, OH and NO for F ≤ 10. These species are, together with molecular oxygen, common Zeeman-affected molecules in Earth’s atmosphere. The Zeeman effect is shown to be important mostly for OH. In proposed satellite observations of mesospheric OH, a circular polarization signal of close to 3 K can be expected. ClO and NO both show more than 1% circular polarization signal.

中文翻译：

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在某些地球大气应用中，ClO，OH和NO的塞曼效应分裂系数

我们提出详细列出塞曼效应分裂系数基态CLO，OH和NO供˚F  ≤10。这些物质是，与分子氧，在地球的大气层共同塞曼受影响的分子连接在一起。已显示塞曼效应对OH最重要。在拟议的对中层OH的卫星观测中，可以预期接近3 K的圆极化信号。ClO和NO均显示出大于1％的圆极化信号。