Millimeter-Wave Rotational Spectrum, Barrier to Internal Rotation, and DFT Calculation of o-Tolunitrile

A. I. Jaman, P. H. Kumar, P. Bangal
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引用次数: 3

Abstract

The millimeter-wave rotational spectra of o-tolunitrile (C6H4CH3CN) have been investigated in the ground torsional state in the frequency range 50.0–75.0 GHz. Many high-J rotational lines with large A-E splitting due to internal rotation of the methyl top have been assigned. A least squares analysis of the A-E splitting of 92 transitions resulted in the determination of accurate values of internal rotation parameters. The observed parameters were compared with the previously reported experimental values and DFT calculation results.
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邻苯甲腈的毫米波旋转光谱、内旋势垒和DFT计算
在50.0 ~ 75.0 GHz频率范围内,研究了邻甲苯腈(C6H4CH3CN)在地面扭转状态下的毫米波旋转光谱。许多高j旋转谱线由于甲基顶的内旋引起了大的A-E分裂。对92个跃迁的A- e分裂进行最小二乘分析,确定了内部旋转参数的精确值。将观测到的参数与先前报道的实验值和DFT计算结果进行了比较。
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Multi-electron atoms Interaction of one-electron atoms with radiation One-electron atoms Molecules: general features Electronic structure of molecules
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