1) constant charge-discharge
恒流充放电
1.
The double layer capacitors(EDLC)were tested by constant charge-discharge and cyclic voltammetry in 1mol/L KOH and 7mol/L KOH.
采用自行制备的 KMnO_4热解产物 MnO_2(M) 及其与市售高比表面积椰壳基活性炭(YK)复合分别作电极材料,以1和7mol/L KOH 为电解液,分别组装成双电层电容器,采用恒流充放电法、循环伏安测试法和交流阻抗法考察其电容性能,结果显示,当 YK 与 M 以质量比1：1混合均匀作电极材料时,其比容量和功率特性均显示最佳值,尤其在高浓度 KOH 溶液中性能更好,在电流密度为50mA/g 时,比电容量达到309。
2) constant current cycling
直流恒流充放电
3) galvanostatic charge-discharge
恒电流充放电
4) constant current source charging and discharging
恒流源充放电
1.
On being designed, comparator is regarded as a key circuit, meanwhile, the method of constant current source charging and discharging is used.
以比较器为核心电路,并采用恒流源充放电技术,设计了一种基于1。
5) PWM Constant Current Charging and Discharging
PWM恒流充放电
6) constant current charge/discharge
恒流充放
1.
The electrochemical properties were tested by cyclic voltammetry and constant current charge/discharge.
循环伏安结果表明该材料具有良好的电容性能,用恒流充放电测得在1mA条件下,放电比电容可达290。
2.
The electrochemical properties were tested by cyclic voltammetry,AC impedance and constant current charge/discharge in threeelectrode system.
按m(MnO2)∶m(石墨)∶m(乙炔黑)∶m(羧甲基纤维素)∶m(聚四氟乙烯)=75∶10∶10∶3∶2制备电极材料,在电解液为c〔(NH4)2SO4〕=2mol/L的三电极体系中,通过循环伏安、交流阻抗和恒流充放电对其超级电容性能进行了考察。
补充资料：流充
1.流配。
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