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B 1Π– X 1Σ + Electronic Transition of the LiCs Molecule]]>

机译:<![CDATA [CDATA [光谱常数和辐射参数的 B <上标> 1 π-<重点类型=“斜体”> x 1 σ<上标> + LICS分子的电子转换]]>

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AbstractThe spectroscopic constants (vibrational, rotational, and centrifugal) and the radiative parameters (Einstein coefficients for spontaneous emission, oscillator strengths for absorption, Franck–Condon factors,Rv'v"centroids, and wavenumbers of rotational lines) of rovibronic transitions in the systems of bandsB1Π–X1Σ+(0 ≤v'≤ 25, 0 ≤v"≤ 49,j= 0, 30, 50, 60, 70) of the LiCs molecule, as well as the radiative lifetimes of the excited electronic state, are calculated. Calculations are performed based on semiempirical potential curves constructed in this work. The calculated spectroscopic constants are compared with experimental values. The radiative lifetimes are calculated for the first time.]]>
机译:<![cdata [ <标题>抽象 ara>光谱常数(振动,旋转和离心)和辐射参数(Einstein系数用于自发排放,用于吸收的振荡器强度,Franck-Condon因子,<重点类型=“斜体”> R <下标> <重点类型=“斜体”> v '<重点类型=“斜体”> v 质心”和旋转线的波纹,旋转线)的乐队系统中的rovibrib转换<强调类型=“斜体”> B <上标> 1 π-<重点键入=“斜体”> x 1 σ + (0≤<强调类型=“斜体”> v '≤25,0≤ <重点类型=“斜体”> V “≤49,<重点类型=”斜体“> J = 0,30,50,60,70)的LICS分子,以及计算激发电子状态的辐射寿命。基于本工作中构建的半透镜潜在曲线来执行计算。将计算的光谱常数与实验值进行比较。首次计算辐射寿命。 ]]>

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