The problem of the van der Waals forces for a system of asymmetric top molecules 非对称陀螺分子间的范德瓦耳斯引力问题
An ASymmetric Centrifugal Field of Top and Its Industrial Application 陀螺的非对称离心力场及其工业应用
The band model parameter calculation for asymmetric top molecules I calculating method 非对称陀螺分子带模型参数的计算Ⅰ
Generalized numerical method is developed for computing the band model parameters ( the average absorption coefficient and the average spectral line density) for asymmetric top molecules. 本文给出了一个计算非对称陀螺分子带模型参数(平均吸收系数和平均谱线密度)的近似数值计算方法。
Hexapole rotational state-selection and orientation of B-type prolate limit asymmetric top molecules B-型长不对称陀螺分子在六极静电场中的转动态选择和取向作用
The structure of the chiral ligand has been an important factor of success for the asymmetric catalytic reactions, so, according to the response characteristics of the design and synthesis of new ligands is still the top priority of the catalytic asymmetric reaction. 不对称催化反应之所以能取得成功的一个重要因素就是手性配体的结构,同时,根据反应的特征进行新型配体的设计与合成仍是不对称催化反应的重中之重。
The antisymmetric rotational polarizability and LICD of symmetric and asymmetric top molecule are studied concretely using perturbation theory and angular momentum algebra. 用微扰理论和角动量理论具体研究了对称陀螺和不对称陀螺分子的反对称转动极化率和LICD。