1) initial Coulomb efficiency
首次库仑效率
1.
Though NP-Si/G/C has good cycle performance, its initial Coulomb efficiency (the rate of charge capacity to discharge capacity) is not satisfying, only around 60%.
但是,这种材料首次库仑效率(充电容量与放电容量之比)并不令人满意,只有60%左右。
2) coulombic efficiency
库仑效率
1.
Average coulombic efficiency,average energy efficiency,self-discharge and charge-discharge process of single vanadium redox flow cell was assembled and tested under temperature from 25—45 ℃.
利用自行组装的实验室用钒氧化还原液流单电池,考察了25～45℃范围内温度对钒电池充放电电压、库仑效率、能量效率和自放电性能的影响,并对其影响机理进行了初步研究和讨论。
2.
However,the coulombic efficiency is limited by the fact that only suspended cells are used as biocatalyst in anodic medium.
本研究以1株具有铁还原活性的产氢菌Enterobacter aerogenes XM02为产电微生物,构建了3种不同阳极材料的空气阴极MFCs,通过输出电压和库仑效率的比较以及扫描电镜观察阳极形貌等方法对此菌的产电机制进行探讨。
3.
The effect of anode thickness(100,30 and 10 mm) on internal resistance,power density and Coulombic efficiency(CE) of the packing-type microbial fuel cell was studied.
在阴极厚度(100 mm)一致时,研究了不同阳极厚度(100、30和10 mm)对填料型微生物燃料电池内阻、功率密度和库仑效率的影响。
3) columbic efficiency
库仑效率
1.
The structure,internal resistance,power density,columbic efficiency,et al,were compared.
简述了双室和单室MFC的工作机制,综述了双室MFC中阳极(材料)、阴极(材料)、分割材料和单室MFC中"二合一"、"三合一"型以及无膜型电池的特点,比较并分析了双室和单室MFC在构型上的优缺点,以及两者在内阻、功率密度和库仑效率等方面产生差异的原因,展望了MFC的发展前景。
2.
The constant current charging and discharging experiments show that the columbic efficiency increases with the higher charging-discharging current and the maximal efficiency can achieve 95.
简介了钒电池的特点,组装钒电池组并对其进行恒流充放电考核,结果表明:电池组的库仑效率随着充放电电流的增大而增大,最高可达到95。
4) initial charge-discharge efficiency
首次充放电效率
1.
Influence of vertical surface density uniformity on initial charge-discharge efficiency,discharge rate and cycle performance of carbon electrode in Li-ion batteries was investigated.
研究了碳负极纵向面密度均匀性对电池首次充放电效率、倍率放电性能和循环性能的影响。
5) Coulomb effect
库仑效应
1.
Within the framework of Eikonal multiple-scattering theory, the Coulomb effect in π±-40Ca elastic scattering is studied.
在Eikonal多次散射理论的框架下,探讨了库仑效应对π~±-~(40)Ca弹性散射的影响。
6) initial index rate
首次利率
补充资料：首次
1.第一次;头一回。
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