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1·Some of the ligand field parameters were evaluated.

并对它们的配位场参数进行了计算。

2·Theanalysis of the experimental data based on the ligand field theory was carried out.

根据配位场理论对实验结果进行了分析。

3·Under weak ligand field interaction, various types of improper packing of ligands will induce lig and exchange and rearrangement.

弱配位场作用下，配体不合理的堆积将导致配体的交换重排反应。

4·The ligand field stabilization energy (LFSE) can be obtained from the electron absorption spectrum of the coordination compounds.

配体场稳定化能(LFSE)可以从配合物的电子光谱实验求算出来。

5·The ligand field stabilization, the transition-metal contraction, and the lanthanide contraction are reflected in the relative values of the electronegativity scale.

此外，该标度值的相对大小还能反映配合物的稳定性，过渡金属收缩和镧系元素收缩等性质。

6·They belong to C_ (2v) local symmetry. From the point of view of point-charge model the ligand field semi-quantitative calculation is applied to molecules with C_ (2v) point group symmetry.

指出它们均具有C_ (2 v)局部对称性，并从晶体场点电荷模型出发对具有C_ (2 v)对称性点群的分子进行了配位场半定量计算。

7·The present invention relates to 1, 2- substitute cyclopentadienyl ruthenium surface chiral ligand in the chemical field and the correspondence synthetic method.

一种化工技术领域的1，2-取代二茂钌面手性配体及其合成方法。