1.
The influence factors of high rate discharge performance of li-ion battery
锂离子电池高倍率放电性能的影响因素
2.
Separator: made of absorbing super-thin fiberglass( patent: ZL01127020.9), its internal resistance is low and the discharge performance at high rate is good.
采用吸收式超细玻璃纤维隔板(L01127020.9)其内阻低，高倍率放电性能好。
3.
Study on Co Free and over Stoichiometric AB_5 Type Hydrogen Storage's High Rate Discharge Performance;
快速凝固过化学计量比无钴AB_5型储氢合金高倍率放电性能的研究
4.
The Research of the High-rate Charge and Discharge Performance of MH/Ni Battery;
MH/Ni电池高倍率充放电性能的研究
5.
PD (Power-Double)
功率倍增(放大器)
6.
Microscope: An instrument which provides much greater enlargement than is possible with a magnifier. Microscopes are available in monocular (for viewing with one eye) and binocular (for viewing with both eyes) models.
显微镜:一种放大率较放大镜高出多倍的仪器。
7.
Men are6 times more likely to be struck by lightning than women!
男人被闪电击中的概率比女人高5倍。
8.
Effects of Calcium Zincate morphology on high-rate charge/discharge of Zinc negative
锌酸钙形貌对锌负极大倍率充放电的影响
9.
Military application of high rate chargeable Li-ion battery
可高倍率充电的锂离子电池的军事应用
10.
A temperature rise of 100 c increases the conductivity of a semiconductor by 50 times .
温度升高100℃，半导体的电导率就增加到五十倍。
11.
Research on High-power and High Frequency Multiple-frequency Inverter Supply of 700kHz
倍频式700kHz高频大功率感应加热电源的研究
12.
Influence of press density on high rate lithium-ion battery
压实密度对高倍率锂离子电池性能的影响
13.
The treatment of circulating water by electron-chemistry coordinated method for increasing the cycle of concentration
电子-化学法协同处理提高循环水浓缩倍率
14.
Design of Discharge Detection System Based on Photomultiplier Tube for HV Electric Equipments
基于光电倍增管的高压电力设备放电检测系统的设计
15.
If the cable is urgent,the rate will is doubled.
如果电报加急，费率加倍。
16.
collection efficiency of photomultiplier tube
光电倍增管的收集效率
17.
Study on Charge and Discharge Characteristic of High Power Nickel Mental Hydride Battery;
高功率Ni/MH电池充放电特性研究
18.
The Nanoscale Additives for Ni(OH)_2 Electrode and Their Effects on the High-rate Performance of the MH/Ni Batteries;
Ni（OH）_2电极纳米添加剂对MH/Ni电池高倍率性能影响的作用机理