1) potential field of lattice
晶格势场
1.
It points out that due to the increase of electron s energy state in the potential field of lattice, its inner carrier has no such energy level that can hold the electron of high-energy state, thus resul.
分析指出,电趋肤效应是由于电子在晶格势场中能态升高,其载体内部不存在容纳这种处于高能态电子的能级,从而表现出趋肤效应。
2) lattice potential energy
晶格势能
1.
Interionic separations γi at the tensile fracture of NaCl-type ionic crystals have been calculated on the bases of the characteristic of the lattice potential energy curve, and compared with the values of ion spacing γi determined at melting temperature with the help of the isobaric equation of state.
从晶格势能曲线的特点出发,根据晶体拉伸断裂时的理论条件,计算了NaCl-型晶体拉伸断裂时的离子间距γi。
4) crystal field potential
晶场势
1.
Based on the principle of symmetry operation, the formulae of crystal field potential of 4f electron with different symmetry are presented.
研究了不同对称环境下,对称操作对4f电子晶场势的限制规律,得到了表示4f电子晶场势的快捷方法,为稀土化合物晶场参数的确定提供了方便。
5) potential energy of the valence electron in the potential field of lattice
价电子在晶格势场中的电势能
6) crystal field
晶格场
1.
The crystal fieldparameter and coordination number of Eu~(3+) in the glasses were obtained according to thesplitting of their ~5D_0-~7F_1 levels.
从~5D_0-~7F_1能级分裂的情况,确定了Eu~(3+)在玻璃中的晶格场参数与配位数。
补充资料：村村势势
1.犹言土头土脑。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条