The effect of the crystal field on the spin orbit coupling parameter of the 4f electrons of rare-earth trivalent ions in rcl_3 晶体电场对离子自旋&轨道耦合参数的影响
The influence of the inclusion of spin orbit interaction on the antiproton optical potential is considered in this paper. 本文考虑了反质子光学位中包含了自旋轨道(SO)耦合项后的影响。
Thirdly, we study the density and phases of a rotating Bose-Einstein condensate with spin orbit coupling. 接着,我们还研究了具有自旋轨道(SO)耦合的旋转BEC系统的密度和相位分布。
By fitting the results with the theory the characteristic magnetic fields and relaxing times describing elastic scattering, inelastic scattering, spin orbit scattering and magnetic scattering are obtained. 通过与理论的拟合,得到描述弹性散射,非弹性散射,自旋轨道(SO)散射和磁散射的特征磁场和特征迟豫时间。
Spin orbit coupling and quantum geometrical phase s in Mesoscopic Physics 介观物理的粒子自旋轨道(SO)耦合和量子几何相位