1) high capacity container
大容量容器
2) supercapacitor
超大容量电容器
1.
Application of nano-NiO in the supercapacitors;
纳米氧化镍在超大容量电容器中的应用
2.
Preparation of nano-MnO_2 and its application in the supercapacitor;
纳米MnO_2的制备及在超大容量电容器中的应用
3.
A photovoltaic power system based on supercapacitor with carbon nanotube electrodes used in solar PV systems was investigated.
该文以太阳电池为能源和以碳纳米管超大容量电容器为储能元件组成的电源模型系统作为研究对象 ,考察这类系统的运行特征。
3) high capacity container
大容量容器 HCC
4) Supercapacitor
超大容量离子电容器
1.
AC Impedance Analysis of Supercapacitors Utilizing Carbon Nanotube Electrodes;
碳纳米管电极超大容量离子电容器交流阻抗特性
2.
Battery capacitors─supercapacitors.;
电池型电容器─超大容量离子电容器
3.
The effect of refluxing treatment of nitric acid and adding of nickel oxide to carbon nanotubes on the properties of supercapacitors was also studied.
分析了复合电极材料的结构和形貌 ,研究了碳纳米管与氧化镍复合、回流表面改性对超大容量离子电容器性能的影响。
5) large capacity transformer
大容量变压器
1.
As the construction and development of modern urban grids expand,building large substations with large capacity transformers become a trend in urban cities with high load density.
现代城市电网的建设和发展,使得在高负荷密度的大城市采用大容量变压器建设大容量变电站成为一种趋势。
6) high power converters
大容量变换器
1.
Bit timing in optical fiber CAN communication of high power converters;
大容量变换器的光纤CAN通信总线定时方案
补充资料：大容
1.传说中的人名﹐为黄帝乐师。
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