1.
l electron pair repulsion theory
价层电子对互斥理论
2.
A Concise Proof to the VSEPR Theory and Its Model Presentation by Paper-folding;
价层电子对互斥理论的一种简洁推导
3.
The Extension of the Valence Shell ElectronPair Repulsion (VSEPR) Theory;
价层电子对互斥理论(VSEPR)的扩展
4.
Valence Shell Orbital Hybridization Theory;
试论价层轨道的杂化——兼论杂化轨道理论与价层电子对互斥理论的统一
5.
valence-shell electron pair repulsion theory
价层电子对推斥理论
6.
On the Quantum Count of Sc Atom s Repulsive Energy of Valence Shell Electron;
定量计算Sc原子价层电子的相互排斥能
7.
Particles with similar electric charges repel each other.
电荷同性的分子互相排斥。
8.
The repulsion between the electrons makes it energetically more favorable for the electron to each other.
电子间的排斥有力地促使电子互相回避。
9.
The protons, bring positively charged, repel one another by virtue of their electrostatic interactions.
质子带正电，由于静电的相互作用而彼此排斥。
10.
Atoms with opposite charges attract each other, or atoms with the same charge push away from each other.
带异性电的原子会互相吸引，反之，带同性电的原子则会互相排斥。
11.
The Analysis and Improvement of the Lowest Price Method in Mutually Exclusive Alternatives Decision;
对互斥方案选优的最低价格法的剖析与改进
12.
“ It contradicted a50- year-old theory that holds that like charges in a solution repel,” he adds.
他说道：「个现象完全违反了50年来的理论预测，带同性电的粒子在溶液中应该会互相排斥才对。
13.
Two like electric charges repel each other.
同性的电互相排斥。
14.
Like charges repel each other, unlike charges attract each other.
同性电荷互相排斥，异性电荷互相吸引。
15.
Also, adjacent chains repel each other. Consequently, CMC solutions tend to be both highly viscous and stable.
静电推斥使溶液中的分子伸长,相临链也互相排斥。因此CMC溶液倾向于高粘度且稳定。
16.
Scale of Element Electronegativity by Intensive Electrostatic Potential of Atomic Nucleus and Quantity of Electricity of Atomic Valence Shell
原子核强度电势和原子价层电量对元素电负性的标度
17.
THE INTERACTION OF CERAMIC MICROFILTRATION MEMBRANES MODIFIED BY NANO-CRYSTALLINE ZrO_2 COATING WITH DIFFERENT VALENCE CATIONS
不同价态阳离子对ZrO_2纳米晶涂层修饰微滤膜的相互作用研究
18.
The outer ring contains the valence electrons.
排在外层的有价电子。