1.
These carbon atoms are therefore chiral.
因此,这个碳原子称手性碳原子。
2.
Carbohydrates contain choral carbon atoms.
碳水化合物含有手性碳原子
3.
THE JUDGEMENT AND SIGNIFICATION OF CHIRAL CARBON ATOMIC CONFIGURATION--HAND MODEL METHOD;
手性碳原子构型判断和表示——手模型法
4.
The determination of R.S configuration of enantiomers;
简单快速判断手性碳原子R/S构型
5.
The easy way of the judgement enantiomer(R/S) of the chiral carbon atoms in cyclohexane;
判断存在手性碳原子的环己烷R/S的简便方法
6.
Simple Method to Determine the R/S Configuration of Chiral Molecule Shown by Cuneiform
楔形式中手性碳原子R,S构型的快捷判断法
7.
They are D-glycerose (D-glyceraldehyde) and L-glycerose (L-glyceraldehyde), each possessing only one chiral carbon atom.
它们是D-甘油糖(D-甘油醛)和L-甘油糖(L-甘油醛),每一种只含有一个手性碳原子。
8.
D-Fructose has only three chiral carbon atoms, C-3, C-4, and C-5. Thus, there are only 23 or 8 D-ketohexoses.
D-果糖只有三个手性碳原子,C-3、C-4和C-5,因此,只有23或8种D-已酮糖
9.
Such a carbon is designated as a chiral carbon.
这样的碳原子称为手性碳。
10.
The most general means of generating carban nucleophiles involves removal of a proton from a carbon.
从碳原子上移走一质子，是产生亲核性碳的最普通手段。
11.
Zwitterions Mediated Carbon-Carbon and Carbon-Heteroatom Bond-Forming Reactions;
两性离子参与的碳—碳和碳—杂原子键形成反应
12.
Owing to resonance stabilization of the conjugate base, anα- hydrogen in an aldehyde is more acidic than a hydrogen atom in an alkane, with a typical pKa of17.
醛基是带有极性的，氧原子是碳氧键中的负偶极，将碳原子的电子扯向氧原子。
13.
Affluence of axial stretching on the energy bands of armchair carbon nanotubes
轴向拉伸对扶手椅型碳纳米管电子性质的影响
14.
Curvature effect on electronic properties of armchair carbon nanotubes
曲率效应对扶手椅型碳纳米管电子性质的影响
15.
First-principle study of the structure for the carbon molecular wires(C_2-C_4) in carbon nanotube
碳分子线(C_2—C_4)在单壁碳纳米管中结构的第一性原理研究
16.
A Theoretical Study of Structure and Aromaticity of CSiGe Tetramer Clusters;
碳硅锗四原子团簇结构和芳香性的理论研究
17.
First-principles study on field emission properties of carbon nanocone
碳纳米锥电子场发射的第一性原理研究
18.
First-principles study of the electonic structure of nitrogen-doped silicon carbide nanotubes
掺氮碳化硅纳米管电子结构的第一性原理研究