1.
The Study of the Relative Theory Effect on the Function of the Non-Bond of Compounds Containing Iodine
相对论效应对含碘复合物非键作用的影响研究
2.
Determining the Conformation Stability of Glycine-α-polypeptide by No-bonded Interaction and the Coulomb Model;
非键作用和库仑模型预测甘氨酸-α-多肽构象稳定性
3.
In the aspect of the started mechanism of theinternational criminal court, the chief procurator's function is very important.
而在国际刑事法院的启动机制方面,检察长的作用是非常关键的。
4.
Properties of the kink-antikink soliton in hydrogen-bonded chain with anharmonic interactions
氢键分子链中原子间非谐相互作用下扭结反扭结孤子的特性
5.
THE ENERGY AND MOMENTUM OF A KINK SOLITON IN HYDROGENBONDED MOLECULAR CHAIN WITHIN THE ANHARMONIC INTERATOMIC INTERACTIONS
氢键分子链中原子间非谐相互作用下扭结孤子的能量和动量
6.
Study on Hybrid Approach and Key Technology for Pile-raft Foundation
桩-土-筏非线性共同作用分析程序及其关键技术的处理方法
7.
Research on Non-cooperated OFDM Reception;
OFDM系统非协作接收关键技术研究
8.
The Economic Technique of the Non-key Work Analyzes in the Network Diagram;
网络图中非关键工作的经济技术分析
9.
This field can't be used as your primary key. Either it contains a non-indexable datatype or you have marked this field as skipped.
该字段不能用作主关键字。它要么包含有非可索引数据类型，要么已被标记为跳过字段。
10.
asymbiotic nitrogen fixatio
非共生固氮（作用）
11.
Several weak molecular interactions responsible for the maintenance of tertiary structure of proteins are covalent, ionic, hydrogen, and hydrophobic or hydrophilic bonds.
一些决定蛋白质三级结构的主要的弱分子作用力为共价键,离子键,氢键,疏水键和亲水键。
12.
Theoretical Study of Halogen Bonding-A World Parallel to Hydrogen Bonding;
与氢键平行的分子间相互作用—卤键的理论研究
13.
Miller's work was absolutely critical.
米勒的工作无疑起了关键作用。
14.
Attempting to switch a non-Switcher or improperly-typed behavior
试图切换到非转换程序或不适当的键入操作
15.
Research on Key Techniques in Blind Demodulation for Non-Cooperative Digital Communication Systems;
非协作数字通信系统盲解调关键技术研究
16.
Research on Key Technology of Non-Cooperative Communication Signal Digital Demodulation;
非协作通信信号数字解调关键技术研究
17.
Talking about the Working Principles and Design Methods of the Nonencoded Keyboard of the Singlechip
浅谈单片机非编码键盘工作原理及设计方法
18.
The Application Ability is the Key for S&T in China to Play a Role;
提高应用能力是发挥科技作用的关键