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.
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
6.
PD (Power-Double)
功率倍增(放大器)
7.
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
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.
Characteristics and Suppression of Multipactor Discharge in Microwave Space Systems;
空间微波器件二次电子倍增放电的特性与抑制
10.
Much greater magnification can be obtained with the electron microscope.
用电子显微镜能获得大得多的放大倍数。
11.
Measurements of the electrical properties of low-power electronic tubes--Methods of measurement of amplification factor
GB/T3306.8-1982小功率电子管电性能测试方法放大系数的测试方法
12.
If the cable is urgent,the rate will is doubled.
如果电报加急，费率加倍。
13.
collection efficiency of photomultiplier tube
光电倍增管的收集效率
14.
Effects of Optimized Carbon-Coating on High-Rate Performance of LiFePO_4/C Composites
优化碳包覆对正极材料LiFePO_4/C高倍率性能的影响
15.
Structural Basis for High-rate Capability of Cathode Material Li_(0.1)Fe_(0.9)Mg_(0.1)PO_4
高倍率性能正极材料LiFe_(0.9)Mg_(0.1)PO_4的结构
16.
In practice it would be possible to measure radioactivity one thousand fold less than this.
在实际上，可能测定的放射性比这个值小一千倍。
17.
At the same time, deep underground, the decay of radioactive elements produced heat at rates more than six times greater than they do today.
同时，地底深处的放射性元素衰变，产生热的速率是今日的六倍以上。
18.
ANALYSIS AND RESEARCH BETWEEN THE OUTPUT GAIN OF THE DIFFERENTIAL AMPLIFIER MITH THE RESISTOR LOAD AND THAT WITH CURRENT SOURCE LOAD
电阻性负载与恒流源为负载的差动放大器放大倍数的分析