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1)  quantum time-dependent wave packet
量子含时波包
1.
Based on the current status of the theoretical treatment in this field, we introduced an extended split-operator scheme to the quantum time-dependent wave packet method to deal with the multi-surface problems.
针对上述现状,我们将扩展的分裂算符方法引入到绝热含时波包理论中,并将改进后的量子含时波包方法首次应用到三个有深势阱的基元反应O(~1D)+N_2, O(~3P,~1D)+H_2和D~++H_2中,研究了发生在这些体系中的非绝热过程。
2)  Time-dependent quantum wave packet
含时量子波包法
1.
An exact three-dimensional time-dependent quantum wave packet was used to calculate the He+H2+ reaction using the potential energy function of HeH2+ [1].
基于多体项展式的分析势能函数[1],用三维含时量子波包法对He+H2+进行了准确的动力学计算。
2.
Full three-dimension time-dependent quantum wave packet calculations have been carried out for H+HBr reaction on the latest analytical ab initio potential energy surface.
在H+HBr体系的最新从头计算势能面上展开全三维含时量子波包法计算。
3)  time-dependent quantum wave packet
含时量子波包
1.
At present, time-dependent quantum wave packet approach has emerged as a powerful theoretial tool for studying molecular reaction dynamics.
目前,含时量子波包动力学方法已经成为人们研究分子反应动力学的有效理论工具。
4)  time-dependent-wave-packet
含时波包
1.
In this thesis, the photoelectron spectra of molecules have been calculated by the time-dependent-wave-packet method, and its extension is applied to study the dynamics of an electron in an intense field.
本文利用含时波包方法对分子飞秒含时光电子光谱进行了计算,并进一步将这种方法扩展为研究强场中电子的运动。
2.
In this thesis, the effect of laser fields on the Na_2 interaction potentialsis obtained by simulating the time-resolved photoelectron spectrum (TRPES) withtime-dependent-wave-packet method.
含时波包方法是研究分子光电能谱的一个重要手段。
5)  Time-dependent wave packet
含时波包
1.
Time-dependent wave packet dynamics calculation for reaction O(()~3P)+CD_4;
O(~3P)+CD_4反应的含时波包动力学计算
2.
In calculations, the Hamiltonian of the reaction system has been carried out using the time-dependent wave packet method, and the propagation of wave packets .
运用约化维数量子动力学理论 ,利用含时波包法 ,对反应D +CD4 →CD3+D2 进行了四维量子散射计算 。
3.
The nonadiabatic time-dependent wave packet and RPD (reactant-productdecoupling) calculation including the electronic spin and orbit angular momenta ofthe F atom, which are extensions of the adiabatic work, are applied to study thereactions on the ASW(Alexander-Stark-Werner) potential energy surfaces.
在本论文中我们把绝热的含时波包和RPD(reactant-product decoupling)反应散射计算扩展到了能够包括F 原子外壳层电子的自旋和轨道角动量的非绝热计算,并在ASW(Alexander-Stark-Werner)势能面上研究了这些反应的非绝热效应。
6)  Time dependent wave packet
含时波包法
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。
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