1) Capacitor
[英][kə'pæsitə] [美][kə'pæsətɚ]
电容器
1.
Rubber plug aging and capacitor load life;
电容器密封橡胶及其老化机理
2.
Preparation of a kind of electrode silver paste of procelain medium capacitor;
一种瓷介电容器电极银浆的制备
3.
A Pd-Ag Terminal Electrode Paste Applied to Chip Multilayer Ceramic Dielectric Capacitors;
片式多层瓷介质电容器用的Pd-Ag端电极浆料
2) capacitors
电容器
1.
Improving of the current capacity of Scorrection capacitors;
提高S校正电容器耐电流能力的探讨
2.
Analysis on Some Issues of Bushing of Operating Power Capacitors;
变电站运行过程中电容器引线套管有关问题分析
3.
Optimal Configuration of Capacitors in 10 kV Distribution Network
10kV配电网电容器的优化配置规划决策
3) condenser
[英][kən'densə(r)] [美][kən'dɛnsɚ]
电容器
1.
Theoretical analysis on voltage protection modification for 10 kV condenser bank in Tanwei Substation;
坦尾变电站10kV电容器电压保护改造的原理分析
2.
Magnetic field distribution produced by displacement current in charging circular parallel plate condenser;
充电圆形平行板电容器中位移电流产生的磁场分布
3.
Experiments and analysis of air-conditioner energy consumption influenced by capacity of condenser
电容器容量对空调器能耗影响的试验与分析
4) capacitance of electric condenser
电容器电容
1.
According to energy band theory and electromagnetism theory,this essay discusses on the factors influencing the capacitance of electric condenser,considering that capacitance of electric condenser is related to the maximum occupying state of valence electron in negative plate of electric condenser,i.
根据能带论和电磁学理论讨论了影响电容器电容的因素,认为电容器电容与电容器负极板内价电子最高占据态,即电容器极板的脱出功有关,在同一温度条件下,脱出功大的金属材料做成的电容器电容大。
6) supercapacitor
超电容器
1.
Modification of Molybdenum Nitride Electrode for Supercapacitor(I)——The Effect of Ammonium Vanadate on the Properties of Molybdenum Nitride Electrode;
超电容器用电极材料氮化钼的改性研究(I)——钒酸氨添加物对电极性能的影响
2.
Hybrid Electrochemical Supercapacitors Based on Polyaniline and Activated Carbon Electrodes;
聚苯胺/活性碳复合型超电容器的电化学特性(英文)
3.
Reviewed was application progress of the nanocomposites consisting of metal nanoparticles and polyaniline in electronic components,including fuel cell,secondary cell,supercapacitor,sensor and memory device.
综述了聚苯胺与金属纳米所组成的复合材料在各种电子元件,如燃料电池、二次电池、超电容器、传感器和信息存储器件等方面的应用进展。
补充资料：电容器
| 电容器 capacitor 电路中用以储存电能的基本元件。由电介质相隔的两组金属电极片组成。按极板形状，有平行板电容器、球形电容器、柱形电容器等；按容量是否可变，有固定电容器、微调电容器、半可变电容器、可变电容器等；按极板间的电介质种类，有空气电容器、云母电容器、纸质电容器、陶瓷电容器等。电容器的电容是它的特征常量，取决于两导体的形状、大小、相对位置以及其中填充的绝缘材料的电容率。表征电容器性能的还有耐压（或工作电压）、损耗和频率响应，它们分别取决于填充电介质的击穿场强、损耗和对频率的响应。为了使电容和耐压适合需要，可以采用串、并联来调整。在电力系统中电容器是提高功率因数的重要器件；在电子电路中是获得振荡、滤波、相移、旁路、耦合及波形变换的重要元件。 |
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