1.
Investigations of Alkyl Bromides' Photodissociation Dynamics and Zero Kinetic Energy Spectroscopy;
溴代烷烃的光解动力学和零动能光谱研究
2.
Study on the Photodissociation Dynamics of Metal Ion-molecule Complexes;
金属离子—分子络合物光解动力学研究
3.
Photolysis Kinetics and Mechanism of Anthraquinones;
蒽醌化合物光解动力学及其机理研究
4.
Photodissociation Dynamics of Chloroiodomethane in the A-Band
氯碘甲烷在A带的光解动力学(英文)
5.
Photodissociation Dynamics of o-Bromotoluene at 234 and 267 nm
邻溴甲苯在234和267nm的光解动力学(英文)
6.
The results show that their photolysis kinetics follows the first order reaction.
利用稳态光解法研究了其不同条件下的光解动力学，符合一级反应。
7.
Investigation of Halohydrocarbon Photodissociation and the Setup of Orientated Molecule Photodissociation;
卤代烃光解动力学研究和取向分子光解实验装置
8.
Studies on the Photodegradation Kinetics of Sodium Ferulate and the in vivo Pharmacokinetics of Its Sustained-release Preparations;
阿魏酸钠光解动力学及其缓释制剂的体内动力学研究
9.
The Photodissociation Dynamics of Some Nitro-and Nitroso Compounds
若干硝基、亚硝基化合物光解动力学研究
10.
Studies on Photodissociation Dynamics of Halogenated Compounds Using Velocity Map Imaging Method;
速度影像方法对卤代化合物光解动力学的研究
11.
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
12.
Studies on Photodissociation Dynamics of Bromides Using Ion Velocity Imaging Method;
溴化物光解动力学的离子速度成像研究
13.
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
14.
Kinetics on Degradation of Organic Compound in Water by Photocatalysis;
光催化降解水中有机物动力学的研究
15.
An Exerperimental Investigation on the Photodissocition Dynamics of Ch_3Br and CH_2Cl_2 with UV Laser;
CH_3Br和CH_2Cl_2分子紫外激光光解离动力学的实验研究
16.
Kinetics of Photolytic Decoloration of Acid Black Dye by Amplified Sunlight/H_2O_2 Oxidation
强化日光/H_2O_2光解脱色酸性黑染料的动力学
17.
Theoretical Studies on Molecular Vibrational Excited States and Photodissociation Dynamics Using Quantum Recursive Methods;
分子振动激发态与光分解反应动力学的量子力学递推方法研究
18.
Multiple configuration quantum/classical studies of the vibrationally-mediated photodissociation dynamics of Ar-H2O
多组态量子/经典力学方法研究Ar-H_2O体系振动激发光致电解动力学