1) electrodynamics
[英][i,lektrəudai'næmiks] [美][ɪ,lɛktrodaɪ'næmɪks]
电动力学
1.
To Bring Up the Students Ability In the Electrodynamics Teaching;
电动力学教学中学生能力的培养
2.
The Theories and Practices of Integrating Information Technology into the Electrodynamics Curriculum;
信息技术与电动力学课程整合的理论和实践
3.
Research and oriented teaching for practice in the course of electrodynamics
电动力学研究性教学探索与实践
2) electrokinetics
[英][i,lektrəukai'netiks] [美][ɪ,lɛktrokaɪ'nɛtɪks]
电动力学
1.
Combination of electrokinetics with activated carbon fiber for drinking water purification;
电动力学与活性炭纤维协同净化饮用水的研究
2.
This paper reviewed the principle of electrokinetic in situ remediation of contaminated groundwater and soils by electrokinetics and its newest advances in research and applications, expatiated on the advantages of this technology over other technologies, pointed out the obstacles to overcome in using t.
电动力学修复技术作为一种新型的修复技术,由于其处理土壤污染的高效性,近几年来受到了越来越多的关注。
3) electrokinetic
[i,lektrəukai'netik]
电动力学
1.
Technology of electrokinetic remediation of heavy metals-contaminated soils;
重金属污染土壤电动力学修复技术
2.
Studies on Electrokinetic Remediaiton of Persistent Toxic Substance Contaminated Soils/Sediments;
持久性有毒物质污染土壤/沉积物的电动力学修复技术和机理研究
3.
This paper reviewed the soil remediation technology firstly, investigated the MnO_2 enhanced microwave (MW) remediation of HCB contaminated soils and the electrokinetic (EK) remediation of HCB contaminated soils enhanced by facilitating agents.
本文首先介绍了污染土壤修复技术现状,研究了微波辐射在MnO_2和Fe诱导下对六氯苯污染土壤的修复,并研究了吐温80(Tween80)对电动力学修复HCB污染土壤的影响。
4) electro-kinetic
电动力学
1.
Study of electro-kinetic remediation for HCB containing sediment;
六氯苯污染底泥的电动力学修复
2.
The sediment adsorption of hexachlorbenzene(HCB)was analyzed in this paper,the characteristics of migration and its affecting factors of HCB in sediments by uniform electro-kinetics were tested through experiments.
分析了六氯苯在沉积物中吸附特性,研究了影响沉积物中六氯苯在均匀电动力学作用下的迁移。
5) electrokinetics
[英][i,lektrəukai'netiks] [美][ɪ,lɛktrokaɪ'nɛtɪks]
动电学，电动力学
6) electrohydrodynamics(EHD)
电液动力学
补充资料：电动力学
电动力学
Electrodynamics
电动j]学(eleetrodynamiCs) 电动力学研究电现象、磁现象和机械现象之间的关系。电动力学包括下列内容:电流所产生的磁场、由变化的磁场感生的电动势、在磁场中作用于电流上的力、电磁波的传播，以及在电磁场中带电粒子的行为。经典电动力学处理场和带电粒子的方式首先是由麦克斯韦系统地加以描述的，而量子电动力学则把量子力学原理应用于电磁现象。相对论性电动力学涉及到当粒子速度接近光速时带电粒子和场的行为。宇宙电动力学涉及到在天体上和宇宙空间中发生的电磁现象。参阅“电磁学”(eleetromag-netism)、“麦克斯韦方程组，，(Maxwell’5 equations)、“量子电动力学”(quantum eleetrodynamies)和“相对论性电动力学”(relativistie eleetrodynamies)各条。 [斯图尔特(J.W.Stewart)撰]
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