1) polar molecule
极性分子
1.
<Abstrcat>Water molecule is polar molecule,and electric dipole interaction exiting among water molecules leads to water group configuration which is a dynamic combination by hydrogen chemical bond,Water molecule will bring tropism polarity in the microwave field.
水分子是极性分子,水分子之间存在的电偶极相互作用,使它们以氢键的形式相互偶联在一起,形成水的团簇结构,且这种结构是一种动态结合。
2.
The polarized degree of polar molecule is studied based on the classic statistic law and semi_quantitative, method.
运用半定量半定性研究方法 ,依据经典统计规律对极性分子的极化程度作了研究。
3.
Moreover,a new type of ERF named polar molecule dominated ERF is introduced emphatically.
在简要介绍电流变液特性的基础上,着重介绍了近年来发明的一类新型电流变液"极性分子型电流变液"。
2) molecule polarity
分子极性
1.
The main purpose of grafting of maleic anhydride onto polyolefins is to increase themolecule polarity.
PPB-MAH的缔合力参数可以用来量化表示其分子极性,椭圆方程可以用作溶剂的可溶性的预测。
3) molecular polarity
分子极性
1.
It is revealed that the physical properties such as the dipole moment and molecular polarity of the anti-solvent play an important role in the process of cr.
研究发现,非溶剂的物理性质,如偶极矩、分子极性,在结晶过程中对于HNIW的晶型起重要作用。
2.
This work puts forward a method to find the vector sum of the bond of various molecules appearing in chemistry textbook of middle schools and further gives a new criteria to measure the molecular polarity.
给出了一种通过不同类型分子的空间结构求算分子中键长的矢量和进而得到一个判断分子极性新判据的方
4) Polarity of molecular
分子的极性
5) negative molecule
负极性分子
6) cold polar molecules
极性冷分子
1.
This thesis is dedicated to the study of manipulation of cold polar molecules with electrostatic fields, foc.
本文以极性冷分子的静电操控为研究目的,围绕极性冷分子的静电导引、静电分束以及静电Stark减速展开理论与实验研究。
补充资料：极性分子
由极性键形成，但电荷分布不对称均匀的分子。如氯化氢、水、氨等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条