1) Ni-H2 battery
H2-Ni电池
1.
The ZrO2 separator for high pressure Ni-H2 battery was researched by employing wet papermaking technique.
介绍了采用湿法造纸工艺技术抄造高压H2-Ni电池用氧化锆隔膜的研制情况,测试了不同类型隔膜的理化性能,组装了氧化锆隔膜和石棉隔膜试验电池,进行了不同充放倍率下的电性能测试,并进行了短期寿命试验。
3) Ni-MH battery
Ni-MH电池
1.
Effect of sulfonated cobalt phthalocyanine and cobalt phthalocyanine of metal hydride electrode on property of Ni-MH battery;
磺化酞菁钴对Ni-MH电池性能的影响
2.
FePc and CoPc were used as cathode additives of Ni-MH battery respectively,and the effects of FePc and CoPc on charge-discharge performance,inner pressure,and cycling performance of Ni-MH battery were studied.
研究2种酞菁类催化剂——酞菁钴、酞菁铁作为负极添加剂对Ni-MH电池充放电、电池内压及循环性能的影响。
3.
The Ni-MH battery is the power source of electric vehicles (EV) and plays a decisive role on the power performance.
Ni-MH电池是电动车辆的动力源,对电动车辆的性能有重要作用。
4) Ni-MH batteries
MH-Ni电池
1.
Study on the safety performance of Ni-MH batteries;
MH-Ni电池安全性能的研究
2.
Capacity of Ni-MH batteries at different temperature and the influence of addition of ZrO2 in positive electrode on high temperature charging efficiency of Ni-MH batteries were investigated.
研究了不同温度下在MH-Ni电池正极中添加ZrO2对其高温充电效率和比容量的影响,以及不同的ZrO2添加量对镍氢电池高温充电效率和比容量的影响。
5) MH-Ni battery
MH-Ni电池
1.
High and low-temperature characteristics of MH-Ni battery and degradation analysis;
MH-Ni电池的高低温性能及电极材料失效分析
2.
The charge-discharge characteristics of MH-Ni battery using Mm0.
0贮氢合金的MH-Ni电池的充放电性能,在0。
3.
A prediction model of MH-Ni battery is cited and simulated with the dynamic RBFNN.
所设计的神经网络具有最少的隐含层节点数,结构简单,提高了网络学习训练速度,基于动态RBF神经网络建立了MH-Ni电池容量预测模型,通过仿真,取得了理想的结果,为MH-Ni电池容量预测提供了新方法。
6) Ni-MH battery
MH-Ni电池
1.
Improvement of discharge performance of Ni-MH battery at low temperature;
MH-Ni电池低温放电性能的改进
2.
Study on D-type Ni-MH battery for HEVs with low self-discharge rate;
HEV用低自放电率D型MH-Ni电池的研制
3.
Research on rapid detection of the charge retainability for Ni-MH battery;
MH-Ni电池荷电保持能力快速检测方法研究
补充资料：聂聂（nièniè，音涅涅）
聂聂（nièniè，音涅涅） 聂聂（nièniè，音涅涅） 轻浮无力。《素问·平人气象论》：“平肺脉来，厌厌聂聂，如落榆荚。”
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