Chinese translation for "dipole transition"

偶极跃迁

Related Translations:

dipole dipole interaction:  偶极子与偶极子相互酌

dipole layer:  偶极层偶极子层

electrical dipole:  电偶极子

sleeve dipole:  套管偶极子同轴偶极子

short dipole:  短偶极天线，短偶极振子，短偶极子短偶极子

double dipole:  双偶极子

dipole radiator:  偶极子辐射器偶极子辐射体

oscillating dipole:  振荡偶极子

dipole absorption:  偶极子吸收

dipole element:  偶极振子偶极子振子

Example Sentences:

	1.	Dipole transition energy and oscillator strengthof the 1s22s - 1s2np for mn22 ion 的偶极跃迁能和振子强度
	2.	According to the dipole transition selection rule , it allows the system to transit from the ground state to the first and second sub - band respectively , the shape of the photoionization cross - section varying with the photon energy in the two cases is quite different 根据偶极跃迁的选择定则，将使得体系从基态分别跃迁到电子的第一子带和第二子带，二者的光电离截面随光子能量的变化截然不同。
	3.	First , we study electromagnetically induced absorption . this significant feature of the system model is that a four - level system in which three - dipole transitions are in n configuration in this system , the middle transition serves as a probe transition and two other transitions serve as couple transitions 系统的模型特征是：三个电偶极跃迁构成n型链的四能级系统，其中，中间跃迁为探测跃迁，两边的跃迁为耦合跃迁。
	4.	We used density functional theory ( b3lyp ) , which is becke ' s three parameter hybrid function using the lee , yang and parr ( lyp ) correlation function . the basis sets we used is 6 - 31g * . the excited state energies and electric dipole transition moments are calculated by time - dependent dft 分子的几何结构在杂化的密度泛函理论( dft ) b3lyp水平上优化，其中电子的交换能采用becke的三参数交换函数，而电子的相关能采用lee , yang ，和parr的相关能函数，选用的基矢是6 - 31g *
	5.	We consider two situations : ( i ) the light is polarized along the z - direction , in which case the first allowed dipole transition is to the first subband ( nx - 1 , ny = 1 ) ; ( ii ) the light is polarized along the x - direction ( paralleled to the transverse cross - section of the wire ) . the first allowed dipole transition is to the second subband nx = 2 relative to the x - direction and to the first subband nr = 1 relative to the y - direction of the wire 考虑了两种不同惰况：辐射光沿阶线的轴线偏振k方向x辐射光平行于轴截面偏振（设为二方向山偶极跃迁的选择定则使得体系从初态跃迁到末态分别为电于的第一于带和第二子带，二名的光电离0截面随光于能量的变化截然不同

Similar Words：

"dipole resonance" Chinese translation, "dipole sound field" Chinese translation, "dipole source" Chinese translation, "dipole strength" Chinese translation, "dipole tilt" Chinese translation, "dipole vactor" Chinese translation, "dipole wave" Chinese translation, "dipole winding" Chinese translation, "dipole-current density" Chinese translation, "dipole-current source" Chinese translation