1.
DFT Study of the C-Cl Bond Dissociation Enthalpies of Substituted Chlorobenzene Compounds
取代氯苯化合物的C-Cl键离解能的密度泛函研究
2.
Theoretical Studies on Bond Dissociation Energies for Some Thiol Compounds by Density Functional Theory and CBS-Q Method
巯基化合物键离解能的密度泛函和CBS-Q方法研究
3.
Quantitative Structure-property Relationship Study on N-H Bond Dissociation Energy of Arylamines
芳香胺类化合物N—H键离解能的定量构效关系研究
4.
Research and Implementation of Key OffLine-Technologies of Smart Client;
智能客户端离线关键技术研究与实现
5.
Spin-orbit ab intio Calculation Studies on C-I Bond Dissociation of C_2F_5I Molecule
C_2F_5I分子C—I键解离的自旋-轨道从头算研究
6.
ciative neurosis
癔病离解神经官能症
7.
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
8.
Stabilizing the Houses Price is Pivotally Going to Perfect the Government s Function;
稳定房价的关键是解决政府职能失位
9.
Chemical bond mainly includes electrovalent bonds, covalent bonds, and metalic bonds.
化学键主要有离子键、共价键、金属键。
10.
High-energy phosphate bond A phosphate linkage that hydrolyzes spontaneously, releasing energy, for example the last two phosphate bonds of ATP.
高能磷酸键：自发水解后能释放能量的磷酸键，如ATP的最后两个磷酸键。
11.
Study of Isolating and Tamming LAS-Degradation Bacteria as well as Their Degradation Capability;
LAS降解菌分离、驯化及降解能力的研究
12.
Study on Key Technologies to Centrifugal Compressor System Vibration Autonomous Diagnosis;
离心压缩机组振动智能诊断关键技术研究
13.
Synthesis and Performance Study on Cationic Gene Vector Linked by Carbamate;
氨基甲酸酯键阳离子基因载体合成及性能研究
14.
Synthesis and Performance of Polymeric Ionic Liquid as Stationary Phase for Gas Chromatography
聚硅氧烷键合离子液体的合成及色谱性能
15.
Does it have any effect against the disintegrate spell or disintegrate power?
“星质护甲”异能对“解离术”法术或异能呢？
16.
prom the equilibrium dissociation temperatures it is known that the relative stabilities of the different type hydrogen bonds are not alike.
从平衡解离温度可知不同类型的氢键的相对稳定性不同。
17.
Calculation of the Non-Bonded Atom Pairs Distance in Straight Chain Paraffins with Analytical Projective Method
投影解析法求直链烷烃内旋转时非键原子对间距离
18.
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。