Magnetic-rotation spectra of the 2–0 bands of 14N16O and 15N16O in the 2.7-μ region were obtained and analyzed. A qualitative explanation of the observed spectra is given. Beginning with the predicted Zeeman patterns, a classical approach is used which takes into account the circular dichroism in the region of strong absorption as well as the Faraday rotation and the effects of finite resolution. These qualitative arguments are used to explain the major intensity irregularities which appear in these spectra.
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Aubel et al. (1966) studied this question.
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