1.
Hydrogen Bonding Effects on Conformational Stabilities and Dissociative Photoionization Dynamics of Amino Acids
氨基酸分子构象稳定性与光电离解离动力学的氢键效应
2.
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
3.
Effect of Hydrogen Bonds on the Static Effect of Nanofiltration Process
氢键作用对纳滤过程荷电效应的影响
4.
Substituent Effects on Small Molecules of Diazene and Imine and Theoretical Studies on Hydrogen Bonding in HNNOH System;
偶氮、亚胺小分子取代基效应及HNNOH氢键的理论研究
5.
The Influences of Hydrogen-Bond and π-π Cooperative Effect on Aggregating Properties of Organic π-Conjugated Oligomers
氢键和π-π协同效应对有机π-共轭齐聚物聚集行为的调控
6.
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
7.
Synthesis and application of hydrogen-bond acidic grafted polymers
氢键酸性接枝聚硅氧烷的合成及应用
8.
STUDIES ON THE RELATIONSHIP BETWEEN THERMODYNAMIC PROPERTIES OF HYDRIDES AND VALENCE ORBITAL ENERGY,IONICITY OF BOND;
氢化物热力学性质与键的离子性和有效键电荷密度的相关性
9.
The Study of Hydrogen Absorption by Vanadium and Enhanced Hydrogen Absorption Effect of Vanadium-Lithium Alloy;
钒吸氢及钒锂合金增强吸氢效应的研究
10.
The Study of Hydrogen Absorption by and Titanium Enhanced Hydrogen Absorption Effect of Titanium-Lithium Alloy;
钛吸氢及钛锂合金增强吸氢效应的研究
11.
The Study of Hydrogen Absorption by Zirconium and Enhanced Hydrogen Absorption Effect of Zirconium-Lithium Alloy
锆吸氢及锆锂合金增强吸氢效应的研究
12.
Steric Hindrance Effect on Hydrogenation of Styrene Catalyzed by Ruthenium Hydride Complex
单氢钌配合物催化氢化苯乙烯的位阻效应
13.
A Study of Double Bond Isomerization in Alkene Catalyzed by Ru-H Complex;
钌—氢配合物催化烯烃双键异构化反应研究
14.
Application of Atom-bond Electronegativity Equalization Method σ π Model to the Study of the Relationship of Hydrogen Bond and Molecular Stability;
应用ABEEMσπ模型研究氢键与分子构象稳定性的关系
15.
Study on the H-bond interaction between glycine and H_2O by ABEEM model
应用ABEEM/MM模型研究甘氨酸与水的氢键作用
16.
Dihydrogen Bonds and Traditional H-Bonds of B_3N_3H_6 with HF,HCl or H_2O
B_3N_3H_6与HF、HCl和H_2O形成的氢键和双氢键
17.
We will consider this Zeeman effect for the hydrogen atom.
我们将对氢原子考虑此塞曼效应。
18.
Simplification Formula of Energy Level for Hydrogen Atom in Stark Effect;
计算氢原子Stark效应能级的简化公式