1.
Time-dependent Wave-packet Approach to the Photondissociation of Small Molecules;
含时波包法研究小分子光解离动力学
2.
Photodissociation of HCl Using Time-dependent Wavepacket Techniques;
含时波包法研究HCl分子的光解离截面
3.
Time-dependent Wavepacket Approach to the Photodissociation Cross Section of Small Molecules;
含时波包法研究小分子的光解离动力学
4.
Time-dependent Quantum Wave Packet Simulations of the K+HF and H+HBr Reactive Scattering;
含时量子波包法模拟K+HF和H+HBr反应性散射
5.
Quantum Time-dependent Wave Packet Study on the Reactive Scattering F+HBr and Br+H_2;
含时量子波包法研究反应性散射F+HBr和Br+H_2
6.
Nonadiabatic Studies of the Elementary Chemical Reactions by Time-dependent Wave Packet;
量子含时波包方法研究基元反应的非绝热动力学过程
7.
Time-dependent Wave Packet Calculations on Photodissociation Dynamics of Diatomic Molecules;
双原子分子光解动力学的含时波包计算研究
8.
Theoretical Study of the Time-dependent-wave-packet Dynamics from Femtosecond to Attosecond;
从飞秒到阿秒含时波包动力学的理论研究
9.
Time-dependent Wave-packet Approach to the Photondissociation of Diatomic Molecules;
双原子分子光解的含时波包动力学研究
10.
Estimate XML containment join size using weighted Haar wavelet
基于权重哈尔小波的XML包含连接估计方法
11.
Time-dependent Wave Packet Study of Multiphoton Ionization for NH_3 Molecule in Strong Laser Field;
强场下NH_3分子多光子电离的含时波包动力学研究
12.
Time-dependent Wave Packet Study of Multi-photon Ionization for Small Molecules in Strong Laser Field;
强场下小分子多光子电离的含时波包动力学研究
13.
Time-dependent Wavepacket Approach to the Influnce of Laser Fields on the Resonance Enhanced Multi-photon Ionization of C1O Radical
强场驱动下C1O基共振增强多光子电离的含时波包动力学理论研究
14.
A Study of the Wave Packet Dynamics of Li_2 Molecule with Femtosecond-Resolved Photoelectron Spectrum
利用飞秒含时光电子能谱研究Li_2分子的波包动力学过程
15.
Cursor cannot be modified because it contains an unsaved record.
临时表包含未保存的记录，因此无法修改它。
16.
used in former classifications to include all ratite bird orders.
用于过时的分类法中，包含所有的平胸鸟目。
17.
An Argument:Synchronic Facts in Diachronic Facts and Diachronic Facts in Synchronic Facts;
论历时中包含有共时与共时中包含有历时
18.
Simultaneous determination the contents of Cd,Hg and Pb in traditional Chinese medicines by microwave digestion and ICP-AES
微波消解/ICP-AES法同时测定中药中Cd、Hg、Pb含量