1) quantum scattering
量子散射
1.
Calculation of the free Green s function in quantum scattering;
量子散射自由Green函数的计算
2.
Four-dimensional quantum scattering calculations on the D+CD_ 4→CD_ 3+D_ 2 reaction;
D+CD_4→CD_3+D_2反应的四维量子散射计算
3.
The poles of one-dimensional quantum scattering and the energy of bound state;
一维量子散射的极点与束缚态能量
2) scattered quantum
散射量子
3) time-dependent quantum dynamics
含时量子散射
4) quantum inverse scattering method
量子反散射方法
1.
The SU(2)-invariant Thirring model with non-diagonal open boundaries in one spatial and one time dimensions is studied in the framework of quantum inverse scattering method.
利用量子反散射方法研究了1+1维时空中具有非对角开边界条件下的SU(2)不变Thirring模型。
2.
In this thesis , the integrability of generalized multi-component fermi quantum derivative nonlinear Schrodinger (DNLS) model has been studied by using the quantum inverse scattering method (algebraic Bethe Ansatz method).
本文利用量子反散射方法(代数Betheansatz方法)详细讨论了推广的多分量费米型量子可导非线性Schr(?)dinger(DNLS)模型的构造及其可积性的证明问题。
5) quantum scattering dynamics
量子散射动力学
1.
This paper presents the recent theoretical studies of institute of atomic and molecular physics, involved in subjects of small molecular potential energy surface, quantum scattering dynamics and weak interaction complex spectroscopy.
简要介绍了原子与分子物理研究所,近几年来在小分子势能面、量子散射动力学和弱相互作用聚合物光谱等方面的理论研究。
6) multi-channel quantum scattering
多通道量子散射
1.
By the Feshbath projection operator method, the multi-channel quantum scattering procceses have been studied, and the expressions of the resonance scattering, the effective potential and the transition matrix elements have been derived, and has been described the existence of the resonance states correctly.
用Ｆｅｓｈｂａｃｈ投影算子方法研究多通道量子散射，导出有效势与跃迁矩阵，正确描写了共振态的存在。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
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