1.
Efficient Rh(I)-Catalyzed Direct Arylation and Alkenylation of Arene C-H Bonds via Decarbonylation of Benzoic and Cinnamic Anhydride
Rh（I）催化酸酐作为偶联试剂的芳烃C-H键活化反应研究
2.
Theoretical Study of Activation C-X (X=H and C) N-H Bond of Small Organic Compound by VO_2~+ and W in the Gas Phase
气相中VO_2~+及W活化有机小分子C-X（X=H，C），N-H键的理论研究
3.
Application of Low Valent Cobalt Complexes Supported by Trimethylphosphine in C-H、C-F Bond Activation
三甲基膦支持的低价钴配合物在C-H键、C-F键活化中的应用
4.
Catalytic Activation of N-H, C-H Bond and Their Reactions with Olefins;
关于催化活化N-H，C-H键和不饱和烯烃反应的研究
5.
Selective Activation of C-H Bond by Transition Metal Oxoes: A Theoretical Study;
过渡金属端氧上C-H键选择活化的理论研究
6.
Theoretical Study on Methane Activation by Metallic Clusters
金属簇活化甲烷C-H键的密度泛函研究
7.
The latter arises from abstraction of the somewhat lesser activated C-H bond in the dioxolane.
后者是由二氧杂环戊烷中活化较弱的C-H键离解而产生的。
8.
Theoretical study of the mechanism for C-H bond activation in spin-forbidden reaction between Ti~+ and C_2H_4
Ti~+离子和C_2H_4分子自旋禁阻反应中C—H键活化机理的理论研究
9.
A DFT study on methane activation by bimetallic clusters PdM~+(M=Cu,Ag)
二金属簇PdM~+(M=Cu,Ag)活化甲烷C—H键的密度泛函研究
10.
Studies on Palladium-Catalyzed Tadem C-H Activation/Biscyclization Reaction
钯催化串联C-H活化/双环化反应方法研究
11.
A Theoretical Study on Nuclear Spin-Spin Coupling Constants of C-X (X=H,C) Bonds
C-H键和C-C键核自旋偶合常数的理论研究
12.
The Blue Shift of Unactivated Alkyl CH Stretching Modes and Intermolecular Interactions;
弱活化烷基C-H蓝移与分子间相互作用关系
13.
Study of Nucleophilic Substitution Reaction of C-F Bond on a Benzene Ring under Activation of Hydrogen Bond
氢键活化的苯环上C-F键的亲核取代反应研究
14.
Application of Iron Complexes Supported by Trimethylphosphine in C-Cl and C-F Bond Activation
三甲基膦支持的铁配合物对C-Cl键、C-F键的活化
15.
Steric Effects Promoted Intermolecular C-H…O Hydrogen Bonds in Solution;
立体效应促进的分子间C—H…O氢键
16.
Theoretical Study on Nuclear Spin-spin Coupling Constants of C-H Bonds
C-H键核自旋耦合常数的理论研究
17.
Studies on Insertion of Carbon Hydrogen Bonds Catalyzed by Ruthenium and Synthesis of Allenes, MCPs Compounds;
钌催化C—H键加成反应以及联烯、环丙烷类化合物的合成和应用的研究
18.
Influence of chemical structure of α-C∶H films on optics property
α-C∶H膜化学结构对光学性能的影响