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- Then, the breakdown characteristics and the de-pendence of discharge current density on time are theoretically calculated in this kind of AC silent discharge. 然后由其解析解计算这种无声放电的着火特性和放电电流密度对时间的依赖关系,并与实验结果相比较。
- The Raman spectrum also shows that the amount of the component of amorphous carbon decreases as the growth time and discharge current density are increased. This is due to that the amorphous carbon is mainly contained at crystal boundary. Raman谱还表明金刚石膜内非晶碳成份随放电电流密度和生长时间增加而减少,并主要集中在晶粒界面之间。
- The battery can be discharged at 12 C rate, and it also has a power density of 600 W/L and a discharge current density of 171 mA/cm 2. 研制出的21 XYG5 蓄电池组具有12 C高倍率放电能力,放电比功率可达600 W/L,放电电流密度高达171m A/cm 2。
- rectangular surge discharge current density 方波通流密度
- discharge current density 放电电流密度
- Setting up discharge current and final voltage. 设定放电电流和最终电压。
- The current density of discharge is related to the vacuum width, voltage and air pressure. 放电电流密度的大小与空腔尺寸、放电电压和工作气压有关;
- The technique for preparing zinc foil electrode and the high current density discharge performances of the zinc foil electrode were investigated. 采用锌箔制备锌电极,并对锌箔电极的制备工艺和大电流密度放电性能进行了初步研究。
- It can greately improve the transconductance and current density. 其中pHEMT(pseudo-HEMT,即赝配HEMT)表现尤为特殊,它能够非常显著地改善HEMT的跨导和电流密度,因此具有广阔的应用前景。
- The overvoltage varies inversely with the current density to some extent. 超电压在某种程度上随电流密度成反比地变化。
- High discharge current performance of lithium ion bettery is introduced. 摘要研究了锂离子电池大电流放电性能。
- The experimental results demonstrated that the magnet field could obviously increase the discharge current and enhance the particle density in corona discharges. 在负电晕放电中,磁场可提高极间自由电子的能量,增加带电粒子的浓度,增大放电电流。
- Much attention is paid on the economic current density in the conductor. 很重视对导体中的经济电流密度的评估。
- Tunneling process is important in the low to moderate current density range. 在中等及中等以下电流密度下,隧道穿透过程是重要的。
- The current density reduces along with the temperature of hollow cathode rise. 电流密度随空心阴极温度的升高而下降。
- Apply 2.5x rating voltage to both Terminations for 5 seconds. Charge and discharge current are less than 50mA. 以额定电压2.;5倍电压施加于两端电极并持续5秒;充放电流不大于50毫安。
- Especially, the switching power system can provide the steady discharge current without any amperite. 无需镇流电阻也可实现气体稳定放电。
- The conversion increased with the increase in current density and with the decrease of the thickness ofsulfur bed. 实验发现由疏转化为硫酸的量随电流密度的增加而增加,随硫床层厚度的降低而增加。
- Discharge current of the electrode with a whole piece of metal as its ground is much higher than that of the electrode with a pectinated ground. 用整块金属板做接地电极相比于梳状接地电极可以产生较大的放电电流;
- Tin whisker growth at high current density was more than the one at lower current density. 实验结果显示,电流密度高的试片锡须生长数量较多于电流密度低的试片。