1.
Application of Theory of Mode Coupling and Mean Sphere Approximation to Calculation of the Limit Ion Molar Conductivity
应用模式耦合理论和平均球近似理论计算离子极限摩尔电导率
2.
Determination of the Infinite Dilution Molar Conducvity of ErCl_3 in DMF;
ErCl_3在DMF中无限稀释摩尔电导率的测定
3.
Determination of The Molar Conductivity at Infinite Clilution of Er(ClO_4)_3 in DMF;
Er(ClO_4)_3在DMF中无限稀释摩尔电导率的测定
4.
Determination of the infinite dilution molar conductivity of DyCl_3 in isopropanol
DyCl_3在异丙醇中无限稀释摩尔电导率的测定
5.
Determination of The Molar Conductivity at Infinite dilution of DyCl_3 in DMF and H_2O at 298K;
298K时DyCl_3在DMF和水混合溶剂中无限稀释摩尔电导率的测定
6.
anomalous plasma electrical conductivity
反常等离子体电导率
7.
Molar Conductance Mensuration of Infinitely Dilute Weak Electrolyte Solution;
弱电解质溶液无限稀时的摩尔电导测定
8.
Ionization Energy (IE) and Electron Affinities (EA) are expressed as kilojoules per mole.
电离能和电子亲和性表达为每千焦耳摩尔。
9.
The Primary Research of Plasma Conductivity Generated in High-power Pulse Discharge;
高功率脉冲放电等离子体电导率的初步研究
10.
The electrons are passed via a semiconductor to an electrode, through which they leave the cell.
电子通过半导体到达电极，在那里它们离开电池。
11.
The response mechanism of the tri? bromo? phenolate ion selective electrode base d on polyvinyl chloride matrix was studied by the current scan polarography at a scending water electrode( AWE).
用升水电极电流扫描极谱法对聚氨乙烯膜三溴苯酚离子选择电极离子传导机理进行了研究.
12.
The Synthesis,Characterization and Application of Mineral Lithium Fast Ion Conductors and Electrode Materials for Lithium Ion Batteries
矿物锂快离子导体及锂离子电池电极材料的合成、表征与应用研究
13.
Study on the Performance of Large Aperture Pockels Cell with Plasma Electrode;
大口径等离子体电极普克尔盒开关特性研究
14.
Research on High-power Variable Polarity Plasma Arc Welding Power Supply System;
大功率变极性等离子弧焊电源系统的研究
15.
To Determine the slope of Ion specific Electrode without standard solution;
不用标准溶液测定离子选择电极的斜率
16.
Primary Research of Conductivity Model of Ablation-controlled Arc Plasma
消融控制电弧等离子体电导率模型的初步研究
17.
ultimate friction capacity [ground]
极限摩擦力〔土地〕
18.
Study of Some Lithium Fast Ion Conductors and Cathode Materials of Lithium Ion Batteries;
某些锂快离子导体及锂离子电池正极材料的研究