采用黄金定则方法和Kane六能带模型 ,分析了半导体中的量子干涉控制光生电流效应 .计算了不同偏振光场下载流子在动量空间的初始布居分布 ,从微观上阐明了相干电流对光场的偏振依赖特性 .在平行线偏振情况下 ,相干电流方向沿光场的偏振方向 ;而在正交线偏振情况下 ,电流方向与倍频光的偏振方向相同 .还证明了只有当单光子跃迁和双光子跃迁相平衡时才能获得最大的电流注入效率 . The photon-current effect of quantum interference control in semiconductors was analyzed by gold rule method and Kane six-energy band model.The initial population distribution of charge carriers in momentum space under different polarized fields was calculated, and the coherent current pair In the case of parallel linear polarization, the direction of the coherent current is along the polarization direction of the light field, whereas in the case of orthogonal linear polarization, the current direction is the same as the polarization direction of the frequency doubling light, and it is also proved that only when a single Photon transition and two-photon transition phase balance to get the maximum current injection efficiency.