说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 消静电作用
1)  destaticizing
消静电作用
2)  electrostatic interaction
静电作用
1.
This paper is from the simplest model of latex particles,treats the repellent interaction of two spherical latex particles with Derjaguin' s approximate method and calculates the potential energy of electrostatic interaction between two spherical latex particles which have the same size.
胶乳粒子之间的静电作用与各种胶乳体系的稳定性研究及胶乳微细化机理的探讨均有关联。
2.
The electrostatic interactions were also involved in the binding of Res to HSA.
静电作用在白藜芦醇与人血清白蛋白的结合中发挥一定的作用。
3.
The calculated results also show that the relative stability of conformations are directly correlated to aromaticity, but aromaticity is not the only determining factor which affects the relative stability of conformations;while in the porphyrazine systems with smaller central holes,the steric hindrance and the electrostatic interaction are more important factors which should not be neglected.
计算结果表明,芳香性与各体系构象稳定性密切相关,但并不是决定构象稳定性的唯一因素;在中心空穴较小的紫菜嗪体系中,空间位阻,静电作用才是影响构象稳定性的关键因素。
3)  electrostatic effect
静电作用
1.
The SiO_2 aerogel/chitosan composite materials were prepared by ambient drying method under electrostatic effect.
用环境干燥法,通过静电作用制备了SiO2气凝胶/壳聚糖复合材料。
2.
The effect of solid compounds promoting heterogeneous nucleation can be interpreted as an electrostatic effect between substrates and nucleated phases,with heterogeneous nucleation being considered as caused by the free energy change due to the redistribution of free electrons at the interface of substrate and nucleated phase.
对钢液中各种固态化合物基底与形核相(δ-Fe和γ-Fe)的价电子结构进行了计算,基于静电作用理论和经验电子理论提出了基底和形核相之间的特征参量△ρ,并对△ρ与钢液非均质形核触媒作用的关系进行了分析和讨论。
4)  electrostatic binding
静电作用
5)  electrostatic interactions
静电作用
6)  electrostatic term
静电作用项
1.
the electrostatic term and osmotic term.
指出Debye-H櫣ckel离子活度系数公式中,除了静电作用项以外还有另一项,称之为渗透项。
补充资料:人工消云消雾武器

人工消云、消雾是指采用加热、加冷开播撒催化剂等方法,消除作战空域中的浓雾,以提高和改善空气中的能见度,保证已方目视观察、飞机起飞、着陆和舰艇航行等作战行动的安全。在第二次世界大战中,英军曾使用一种名为“斐多”的加热消雾装置,成功地保障了2500架次飞机在大雾中安全着陆。1968年,美军为保障空军飞机安全着陆,曾使用过人工消雾武器。

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