掺杂量会影响TiO2 表面的空间电荷层厚度，其空间电荷层厚度随着掺杂量

掺杂量会影响TiO2 表面的空间
电荷层厚度，其空间电荷层厚度随着掺杂量增加而减
小，只有当空间电荷层厚度近似等于入射光透入固体
的深度时，所有吸收的光子产生的电子–空穴对才会
发生有效的分离。

結果 (英文) 1:

Doped TiO2 surface space-charge layer thickness, the space-charge layer thickness doped with weight reduction by increased
small, space-charge layer thickness approximately equal to incident light only when the penetration of solid
depths, all absorbed photons produces electrons-hole pairs will happen
effective separation.

結果 (英文) 2:

Doped TiO2 surface will affect the space
-charge layer thickness, the space-charge layer thickness decrease with increasing doping amount
is small, only when the space-charge layer thickness is approximately equal to the incident solid penetration
depth when all the absorbed photons electron - hole pairs will be
effective separation occurs.

結果 (英文) 3:

Doping is influenced by the amount of space charge layer thickness of
TiO2 surface, the space charge layer thickness as the doping level increases with decreasing the little, only when the space charge layer thickness is approximately equal to the incident light penetration into the solid
depth, electron - hole all absorbed photon generated effective separation of the will.