金属配体电荷转移 MLCT
配体电荷转移 MLCT ; MMLCT
金属-配体电荷转移 MLCT
金属到配体的电荷转移 MLCT
配体到配体的电荷跃迁 LLCT
配体到金属的电荷跃迁 LMCT
配体到金属电荷转移 LMCT
卤素到配体的电荷跃迁 XLCT
双层点电荷配体场 DSCPCF
配体至金属电荷转移 LMCT
计算结果表明：氧化还原过程是在铁上进行的，但增加或减少的电子通过电荷弛豫分布到配体原子上。
The calculation result shows that the oxidation-reduction process in fact takes place on iron, but the electrons gained or lost transfer to the ligand atoms through charge relaxation.
纳米颗粒的表面电荷改变是由配体连接造成的，这种变化可用激光多普勒测速仪通过测量它们的电泳迁移加以监测。
The surface charge modifications of nanoparticles, caused by ligand coupling, were monitored by measuring their electrophoretic mobilities using laser-Doppler velocimetry.
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