1)  CFSE
晶场稳定能
2)  crystal field
晶场
1.
The effects of Pb, Ga doping on the crystal field, superexchange interaction and magneto-optical effect of Ce:YIG crystal are studied based on the quantum theory.
研究了掺Pb,Ga对Ce:YIG晶体的晶场、交换作用和磁光Faraday效应的影响。
2.
A new method which is combined with the discretized path-integral by the two-spincluster expansion is employed in the study of the effect of a crystal field on the I(sing) model with spin-1 in a weak transverse-field.
利用离散路径积分表示与两自旋集团近似相结合的方法,研究了在弱横场作用下具有自旋为1的I(sing)模型的晶场效应,得到了系统的自由能和临界横场的解析表达式。
3.
For the ion model crystals or the crystals in which the ionic bond is dominant, the optic and magnetic features can be interpreted by the crystal field theory.
通过晶场微扰矩阵元的计算,可定量地确定晶场光谱谱带位置。
3)  crystal fields
晶场
4)  crystalline electric field effect
晶场效应
5)  crystalline electric field(CEF) effect
晶场效应
1.
Hutchison group,and considering the crystalline electric field(CEF) effect with point-charge model,the paper obtains CEF parameters,CEF splitting levels and the corresponding wave functions of rare earth compound TbNiAl_4.
Hutchison小组测量的磁化率倒数与温度的关系曲线,得到了稀土化合物TbNiAl4的晶场系数、晶场分裂能和相应波函数,并从理论上分析了晶场效应对化合物磁性的影响。
6)  crystal field energy level
晶场能级
参考词条
补充资料:晶体场稳定化能
分子式:
CAS号:

性质: 配位化合物中的电子进入分裂后的d轨道比未分裂前所降低的能量。其值一般由光谱测定或点电荷模型近似计算。利用稳定化能可进一步讨论配位化合物的热力学和反应动力学等性质。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。