1.
Synthesis, Characterization and Ion-conducting Mechanism Study of Nano Composite Polymer Electrolytes for Rechargeable Lithium Batteries;
二次锂电池纳米复合聚合物电解质的制备、表征及其离子导电机理研究
2.
Study on the Oxygen-Ion Diffusion and Conduction Mechanism of La_2Mo_2O_9-Based Novel Oxide-Ion Conductors;
钼酸镧系新型氧离子导体的氧离子扩散和导电机理研究
3.
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.
4.
CONDUCTIVE MECHANISM OF PARTICLE-FILLED CONDUCTIVE COMPOSITES
粒子填充型导电复合材料的导电机理
5.
THE APPLICATION OF ION CHROMATOGRAPHY IN ELECTROCHEMICAL SYNTHESIS;
离子色谱电导检测技术在有机电合成中的应用
6.
Preparation of Ti_2SnC Electric Ceramics by Mechanical Alloying and Spark Plasma Sintering
机械合金化-放电等离子烧结制备Ti_2SnC导电陶瓷
7.
Mechanism of Ionic Conduction of ZrO2 Base Solid Electrolyte
氧化锆基固体电解质离子导电的基本原理
8.
Simultaneous Determination of Amino Acids and Inorganic Cations by Ion Chromatography with Direct Conductivity Detection
离子色谱-直接电导法同时测定常见氨基酸和无机阳离子
9.
Study on Aggregation of Ionic Liposomes Induced by Small Molecules and Its Mechanism
小分子诱导离子型脂质体聚集及其机理的研究
10.
anomalous plasma electrical conductivity
反常等离子体电导率
11.
Treatment and Nursing of Ocular Diseases by Direct Current Drug Iontophoresis
直流电药物离子导入用于眼部疾病治疗及护理
12.
Crystal structure of perovskite-type lithium fast ion conductors and two conduction mechanisms for Li~+
钙钛矿型锂快离子导体结构及Li~+迁移机理
13.
Image analysis on ICPF actuated micro-robot
等离子高分子导电薄膜的微型机器鱼图像分析(英文)
14.
Theoretical Investigation of Photoinduced Electron Transfer in Organic Systems;
有机分子体系光诱导电子转移的理论研究
15.
Mechanism Research and Molecular Design of Small Molecules Amine-Stabilizer in Electrolyte of Lithium Batteries;
胺对锂离子电池电解液中小分子稳定作用机理和分子设计研究
16.
Theoretical Investigation on Photo-induced Electron Transfer and Influence of the Solvent Effect on the Charge-separated Excited State;
光诱导电子转移的理论研究及溶剂效应对电荷分离激发态的影响
17.
Exploration about Physical Experiment Multimedia Resource Based on the Motivation Theory
基于动机理论指导下的物理实验电子资源探究
18.
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