1) multimode functional superposition state light field
多模泛函叠加态光场
1.
The sum-squeezing of generalized electrical-field of multimode functional superposition state light field in medium;
介质中多模泛函叠加态光场广义电场的高次和压缩
2) multimode functional superposition state
多模泛函叠加态
1.
Based on the state superposition principle of quantum mechanics,asymmetrical multimode functional superposition state light field with the superposition of four quantum states is constructed.
根据量子力学中的态叠加原理,构造了强度不等的非对称四态叠加多模泛函叠加态光场(即4MFSS光场)。
2.
A special type of multimode functional superposition state light field is structured which is composed of multimode functional coherent state, multimode complex conjugation functional coherent state and their contrary states by equal intensity.
构造了一类特殊的多模泛函叠加态光场|ψ(4) (fj)〉q,它是由多模泛函相干态、多模复共轭泛函相干态以及它们的相反态这四个量子态等几率线性叠加组成的。
3) multimode superposition state light field
多模叠加态光场
1.
Generalized nonlinear high-power squeezing in the first kind of multimode superposition state light field composed of the macro-scopically distinct unsymmetric three quantum states;
第Ⅰ种非对称的三态叠加多模叠加态光场的压缩特性
2.
Study on the properties of even-power Y-squeezing in a kind of multimode superposition state light field;
一种多模叠加态光场的奇次Y压缩效应
3.
The properties of unequal-power N_j-th power H-squeezing of a kind of multimode superposition state light field;
一种多模叠加态光场的不等幂次N_j次方H压缩特性
4) multimode superposition state light-field
多模叠加态光场
1.
MRLF)is utilized to study the property of second-order unequal-power higher-power difference-squeezing(namely,N_j-th power X-squeezing)of two-state-superposition multimode superposition state light-field Ψ(2)_1_ 2q,which is composed of 2q-modes coherent state and its contrary state according to the state superposition principle in quantum mechanics.
利用多模辐射场(简称MRLF)广义非线性不等幂次高次差压缩的一般理论,研究了由2q模相干态与其相反态线性叠加构成的两态叠加多模叠加态光场|ψ1(2)〉2q的二阶不等幂次高次差压缩(即Nj次幂x压缩)特性。
5) superposition of two nonsymmetry quantum states
多模量子叠加态光场
补充资料:多组态自洽场方法
分子式:
CAS号:
性质:它是传统的哈特里-福克方法和一般的组态相互作用方法的结合。即将多电子波函数展开为有限个组态函数的线性组合,然后把总能量同时作为组态展开系数和分子轨道的泛函变分求极值。对展开系数变分得到通常的久期方程,对分子轨道变分则导致一组积分-微分方程(选择适当基组可将它变为代数方程),然后用迭代方法求解互相偶合的两组方程从而得到体系的MCSCF波函数和能量。该方法主要计算随核间距改变而变化的相关能,因而最适宜于势能面的计算。
CAS号:
性质:它是传统的哈特里-福克方法和一般的组态相互作用方法的结合。即将多电子波函数展开为有限个组态函数的线性组合,然后把总能量同时作为组态展开系数和分子轨道的泛函变分求极值。对展开系数变分得到通常的久期方程,对分子轨道变分则导致一组积分-微分方程(选择适当基组可将它变为代数方程),然后用迭代方法求解互相偶合的两组方程从而得到体系的MCSCF波函数和能量。该方法主要计算随核间距改变而变化的相关能,因而最适宜于势能面的计算。
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