1.
STUDIES ON KINETICS OF THE ELECTRON TRANSFER REACTION BETWEEN Eu(Ⅱ)AND XYLENOL ORANGE BY STOP-FLOW METHOD
停止-流动分光光度法研究铕(Ⅱ)与二甲酚橙快速电子转移反应动力学
2.
Lumping kinetic model for catalytic isomerization-intermolecular hydrogen transfer of turpentine
松节油催化异构-分子间氢转移反应集总动力学
3.
The Synthesis of Hydrogel by Atom Transfer Radical Copolymerization and the Polymerization Kinetics;
原子转移自由基交联共聚合成水凝胶及其反应动力学研究
4.
Photochemical Reactions Involved the Intramolecular Electron Transfer or Energy Transfer
几个涉及分子内电子转移和能量转移的有机光化学反应
5.
Dynamic Kinetic Resolution via Asymmetric Transfer Hydrogenation Reaction
不对称氢转移反应诱导动态动力学拆分
6.
Theoretical Study of the Dynamics of Electron Transfer in Biomolecular System;
生物分子体系中电子转移动力学理论研究
7.
The Kinetic Study of the Ultrafast Electron Transfer from Sensitized Dyes to Silver Halide Microcrystals;
卤化银染料增感体系超快电子转移动力学研究
8.
The Study of Asymmetric Photoinduced Electron Transfer Cyclization Reaction;
光诱导电子转移不对称环合反应研究
9.
Theoretical Study of Electron Transfer Rate in Solution
溶液中电子转移反应速率的理论研究
10.
A chemical reaction in which an atom or ion loses electrons to another atom or ion.
氧化还原反应一个原子或离子的电子转移到另一个原子或离子的一种化学反应
11.
Research on the Charge-transfer of Multiply Charged Ions and Dynamics of a Trapped Ultra-cold Ions;
多电荷离子的电荷转移与超冷离子动力学特性研究
12.
MAGNETIC FIELD EFFECT ON PHOTOCHEMISTRY Ⅱ. CIS- TRANS ISOMERIZATION OF STILBENE VIA ELECTRON TRANSFER
光化学反应中的磁场效应 Ⅱ.电子转移光敏化1,2-二苯乙烯的顺反异构化反应
13.
Most of the chemical reactions that we have been studying involve shifts in the location of electrons.
我们已经研究的大多数化学反应涉及到电子位置的转移。
14.
Untrafast Kinetics of Electron Transfer from J-Aggregated to AgBrI Microcrystals Sensitized by Anionic-cationic Cyanine Dyes;
阴阳离子菁染料增感卤化银体系电子转移超快动力学研究
15.
Research on the Dynamical Characteristics of Counter-rotating Dual-rotor System;
反向旋转双转子系统动力学特性研究
16.
Application of Photo-induced Electron Transfer Reactions to Organic Synthesis
光诱导电子转移反应在有机合成中的应用
17.
Molecular reaction dynamics is a branch of chemical reaction dynamics.
分子反应动力学是化学反应动力学的一个分支。
18.
Theoretical Study of Electron Transfer Dynamics in Donor-Bridge-Acceptor Dissipative Systems
给体—桥—受体耗散体系中电子转移动力学的理论研究