首页> 外文期刊>The Journal of Chemical Physics >Rotational symetry control of electronic relaxation in ultracold geseous molecules: Optical-optical double resonance probe of the forbidden T_1- S_0 intersystem crossing in jet-cooled thiophosgene, Cl_2CS
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Rotational symetry control of electronic relaxation in ultracold geseous molecules: Optical-optical double resonance probe of the forbidden T_1- S_0 intersystem crossing in jet-cooled thiophosgene, Cl_2CS

机译:旋转对称性控制超冷凝胶状分子中的电子弛豫:喷射冷却的硫光气Cl_2CS中禁止的T_1-> S_0系统间交叉的光学双共振探针

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摘要

Two-color optical-optical double resonnce studies of the T_1->S_0 interssytem crossing in jet-cooled thiophosgeen indicate that rotational symetry strongly infulences the efficiency of an inersystem crossing in symmeric molecules with low degress of rotational excitation.
机译:射流冷却的硫代磷中T_1-> S_0跨系统交叉的双色光学双共振研究表明,旋转对称性极大地影响了对称分子分子的内部系统交叉的效率,而旋转激励的降低却很低。

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