1) Over-charging over-discharging
过充过放
2) overcharge/overdischarge resistance
耐过充/耐过放
3) hydriding/dehydriding process
充放氢过程
4) cycle behavior
充放电过程
1.
Understanding the structure and cycle behavior of Li[Ni_(1/3)Li_(1/9)Mn_(5/9)]O_2 positive electrode material;
正极材料Li[Ni_(1/3)Li_(1/9)Mn_(5/9)]O_2的结构和充放电过程研究
5) charging and discharging process
充放气过程
1.
In the charging and discharging process in pneumatic systems, the effect of heat transfer on the variance of the system s state is very complex, and it is not solved completely till now.
在气动系统的充放气过程中，传热对系统的状态变化的影响很复杂。
6) overcharge
[英][,əʊvə'tʃɑ:dʒ] [美]['ovɚ'tʃɑrdʒ]
过充
1.
Aimming at the damage and overcharge to Ni-MH battery in the conventional costant-current charging process,fuzzy controller is embedded in the charging process.
针对传统恒流快速充电过程中容易对镍氢电池造成损坏和过充等问题,将模糊控制引入到镍氢电池充电过程,选取电池充电电压u和理想电压u的差ΔV和电压的变化率Δu/Δt作为输入变量建立二维模糊控制器模型。
2.
The explosion of battery results from the heat and pressure accumulation by internal component reactions under abuse conditions,such as overheating,overcharge,short-circuit and so on.
当在热冲击、过充、过放、短路等滥用状态下,电池内部的活性物质及电解液等组分间将发生化学、电化学反应,产生大量的热量与气体,当积累到一定程度就会引起电池的着火、爆炸。
3.
The batteries with the additives could resist overcharge of 3 C,10 V when the content of additive was 5%.
环己基苯和二甲苯作为耐过充添加剂加入锂离子电池电解液中。
补充资料：有过
有过 有过 即有病。《素问·脉要精微论》：“故乃可诊有过之脉。”《灵枢·经脉》：“督脉之别，名曰长强……实则脊强，虚则头重，高摇之挟脊之有过者，取之所别也。”
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