1·Aluminum foil for capacitor cathode: effect of pretreatment and etching on specific capacitance.
前处理和侵蚀对阴极箔比容的影响。
2·After 2000 times charging and discharging circulation, the specific capacitance basic has not weakened.
经过2000次的充放电循环后，比容量基本没有衰减。
3·The contribution of hydroxyl to the specific capacitance of AC is the most among all of functional groups.
由羟基产生的赝电容对活性炭材料比容量的提高贡献最大；
4·The specific capacitance of composites shows no obvious fading after 30 times in the charge-discharge process.
在充放电30次以后，材料的放电比电容基本不再发生变化，趋于稳定。
5·Plenty of investigations show that pretreatment is one of the effective measures to increase the specific capacitance of etched Al foil.
大量的研究结果表明，预处理是提高腐蚀箔静电容量的有效措施之一。
6·Results showed that the specific capacitance of material enhanced due to the extended oxygen functional groups on the surface of carbons.
实验结果表明，含氧官能团含量的增加有助于提高电极材料的电容性能。
7·The etching performance would be improved by high temperature annealing and quenching, but there was no substantial increase of specific capacitance.
淬火后铝箔的腐蚀性能得到明显的改善，但比电容不高；
8·The results show that the new material possesses higher specific capacitance and performs much better than activated carbon under high current densities.
结果表明，新材料的比容量和大电流充放电性能均优于碳材料。
9·The improved specific capacitance may be attributed to synergic effects from each pristine component, and the electrochemical catalysis effect of nickel.
我们认为材料的比电容增加是由于电容器各部分的协同作用和金属镍的电化学催化作用。
10·The influence of microwave radiation time, arc time and the mass ratio of KOH and coconut shell chars on the specific capacitance of the activated carbon were studied.
考察了微波辐射时间、起电弧时间，以及KOH与炭化椰壳配比对活性炭比电容量的影响。