1) electrostatic attraction
静电吸引
2) static electricity attraction
静电吸引
1.
On the basis of analyzing the blemish of the traditional static electricity and the high frequency static electricity decontamination technique of cooking soot,intend to use the combined techniques of electrode electricity polarizing,magnetic field deflectinggaseity vortex,cathode static electricity attraction and like electricity hompophase rejection to decontaminate the cooking soot.
分析了传统的静电和高频静电净化烹饪油烟技术的缺陷 ,拟用电极电离极化油烟微粒、在磁场偏转力、气态涡流、以及阴极静电吸引和同性同电位相斥的不粘油技术复合作用下净化油烟 ,在少量活性炭的辅助下可试探取消高空排放 ,由此起到美化环境降低燥音、电耗 ,净化烹饪油烟的作用。
3) cytocompatibility
静电吸引层层自组装
4) static
静电
1.
Research on the influence of the antistatic agent on the friction and the static performance of the flame retardant fibers;
抗静电剂对阻燃纤维的摩擦和静电性能影响
2.
Discussion on the static hazard of wine with high spirit——Cause determination for“8·4”wine tank explosion in gongque wine factory of Luzhou;
高度白酒静电危害特性的探讨——析泸州宫阙老窖酒厂“8·4”酒罐爆炸事故原因调查与认定
3.
Design of a static electricity high voltage direct current power supply circuit with IR2110;
用IR2110设计的静电高压直流电源电路
5) Static electricity
静电
1.
Method for removing static electricity and sheets formed in fluidized bed reactor;
流化床反应器的静电与结片的消除方法
2.
Harmfulness of the static electricity generated in petrochemical plant production and it's protection;
石油化工装置生产过程中静电产生的危害及其防护
3.
The Cause,Hazard and Precautions of Static Electricity During Loading of Light Oils;
轻质油品装车过程中静电的产生、危害及预防
6) electrostatics
静电
1.
4 μm fly ash particles on a single 20 μm fiber with pretreatment conditions was observed with a microscope and CCD to study the effect of electrostatics in fibrous filtration.
为了深入研究静电对纤维滤料过滤过程的影响,利用显微镜与CCD摄像技术,实时观测对比了体积平均直径为1。
2.
This paper describes the electrostatic mechanism of FRP composites and resolution to overcoming electrostatics.
本文阐述了FRP材料产生静电的机理及克服静电的方法 ,并研制出适应于内浮顶的抗静电型FRP材料。
参考词条
补充资料:静电吸引
分子式:
CAS号:
性质:流体夹带的颗粒在静电力作用下被分离的现象。当流体夹带颗粒流过单独的捕集体(圆柱或圆球)时,若有静电力作用,则颗粒沉降,也可能会撞到捕集体上,称为静电吸引。在不外加电场时,静电效应不会太大,颗粒越小,静电吸引效应越显著。
CAS号:
性质:流体夹带的颗粒在静电力作用下被分离的现象。当流体夹带颗粒流过单独的捕集体(圆柱或圆球)时,若有静电力作用,则颗粒沉降,也可能会撞到捕集体上,称为静电吸引。在不外加电场时,静电效应不会太大,颗粒越小,静电吸引效应越显著。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。