1) intermediate coupling wavefunction
中间场耦合波函数
2) intermediate crystal-field coupling scheme
中间场耦合图象
3) intermediate coupling coefficient
中间耦合系数
1.
In this work we propose the methods to judge the transition multipolarities of atoms,and we elucidate the methods to determine the intermediate coupling coefficients from the ratios of generalized oscillator strengths or optical oscillator strength and the normalization characteristic of the intermediate coupling coefficients.
本文探讨了快电子碰撞下判别原子跃迁多极性的方法,指出了从实验上由广义振子强度比和光学振子强度比及中间耦合系数的归一化特性来确定中间耦合系数的方法。
4) coupling function
耦合函数
5) intermediate coupling
中间耦合
1.
The Monte-Carlo theoretical model in intermediate coupling is formulated.
阐述了中间耦合情况下的Monte Carlo理论模型。
6) coupling shape function
耦合形函数
1.
The coupling shape function is obtained by Green s strain tensor the assumption of small deformation of the arbitrary flexible body.
在小变形条件下,用Green应变张量得到了柔性体的耦合形函数。
2.
The coupling shape function is derived by means of the geometrically nonlinear strain-displacement relationship.
以存在大范围运动的矩形板为研究对象,使用有限元离散方法,通过几何非线性位移和应变关系导出板的耦合形函数,通过 Kane 方法导出了含动力刚化项的动力学方程,并应用数值仿真证实了此方法的正确性和可行性。
补充资料：耦合波理论
见耦合模理论。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条