doping atom

When doping with the TM atom, the peaks of DOS shift to lower energy levels and there is significant spin splitting for TM 3d, B 2p, and N 2p electrons around the Fermi level.

因为杂质原子的引入，态密度向低能级移动并且TM3d，B2p和N2p电子态有强烈的自旋分裂。

Doping magnesium atom and lithium atom reduce the binding energy of pure aluminum clusters, but do not change the trends which the binding energy increases with size.

Mg原子和Li原子的掺杂，降低了团簇的结合能，但并不改变结合能随团簇尺寸增大而增大的趋势。

The distribution of Zn in the samples was observed. The effects of excess Zn and doping atom In on thermoelectric properties of β-Zn_4Sb_3 compound were investigated systematically.

系统地研究了在β-Zn4Sb3化合物中第二相Zn含量和分布状态以及掺杂元素In对β-Zn4Sb3基热电材料热电传输特性的影响规律。

In addition, the ability of optical absorption of TiO2 with doping N atom in the range of visible light is enhanced.

N原子的掺入使材料的光学吸收能力在可见光范围内有较大的增加。