The Reaction of Spin–Orbit State-Selected Ca(PJ03) With CH3I, CH2I2, and SF6

Laser Chemistry Pub Date : 1900-01-01 DOI:10.1155/LC.6.391
M. L. Campbell, N. Furio, P. Dagdigian
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引用次数: 19

Abstract

Chemiluminescence cross sections for reaction of the individual spin–orbit states of metastable Ca(PJ03) with CH3I, CH2I2, and SF6 have been determined by the use of optical pumping state selection. This technique was also used to separate the chemiluminescence arising from the two excited metastable Ca 3P0 and 1D states. The spin–orbit dependence of the chemiluminescence pathway was found to be substantial for the CH3I and CH2I2 reactions and similar to that previously observed for halogen diatom and alkyl bromide reagents. By contrast, no spin–orbit effect was observed for Ca(3P0)
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自旋轨道选态Ca(PJ03)与CH3I、CH2I2和SF6的反应
利用光抽运态选择方法测定了亚稳态Ca(PJ03)与CH3I、CH2I2和SF6反应的自旋轨道态的化学发光截面。该技术还用于分离由Ca 3P0和1D两种激发亚稳态引起的化学发光。在CH3I和CH2I2反应中,发现化学发光途径的自旋轨道依赖性很大,与先前在卤素硅藻和烷基溴试剂中观察到的相似。相比之下,Ca(3P0)没有自旋轨道效应。
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