charging density
英 [ˈtʃɑːdʒɪŋ ˈdensəti]
美 [ˈtʃɑːrdʒɪŋ ˈdensəti]
网络 装填密度
双语例句
- The charging density of thermit mixture has dual effects on the combustion process.
铝热剂的装料密度对燃烧过程具有双重影响； - Outstanding thermal stability of piezoelectricity for soft PTFE porous film was reported. Influences of poling parameters such as poling time, corona electrical field and charging temperature etc, as well as charge density stored in the material on piezoelectricity were investigated.
还研究了这类柔性多孔膜压电性的突出的热稳定性，考察了充电参数如充电时间、充电温度和电晕电场等及储存的电荷密度对这类双层膜的压电活性的影响。 - Effect of Charging Bulk Density on Coke Quality
装煤堆密度对焦炭质量的影响 - Carbon was used as negative electrode and could effectively prevent the dendritic deposition of lithium metal from causing the internal short circuit when the battery was charging. So the cycle life and energy density of this battery were significantly improved and the miniaturization could be realized.
表述了二次锂离子电池的概貌及特点，该电池以碳为负极，能有效地避免充电时锂枝晶引起的短路，改善了循环寿命，提高了能量密度，有利于电池小型化。 - The results indicate that under the same charging conditions and with the decrease of the sample thickness, charge density increases, but at the same time charge storage stability is decreased gradually.
结果表明：在充电参数一定的条件下，随着膜厚的降低，储存电荷密度上升，但电荷稳定性有所下降。 - The coking test was made on coal sample with the same blending ratio and different bulk densities, the relationships between coke abrasion strength, crushing strength, apparent porosity, coke reactivity index, coke strength after reaction and charging bulk density were obtained.
采用同一配煤比和不同的装煤堆密度煤样进行炼焦试验，得出焦炭的耐磨强度、抗碎强度、显气孔率、焦炭的反应性、反应后强度与装煤堆密度的关系。 - The damage size increases with increase of charging current density, but not so apparent at higher current density.
随电流密度增加，氢损伤尺寸增大，但当电流密度较大时，这种增大不明显。 - The larger particle sizes not only have smaller surface areas that limit electrochemical reactivity, but also lead to slower charging and discharging rates and lower power density.
颗粒尺寸大的钴酸锂粉末比表面积小，电化学反应的活性低，导致充放电速率慢且能量密度较低。 - The conventional charging power supply has high switching losses, low efficiency and low power density.
而传统的充电电源开关损耗大、充电效率低、功率密度低。 - In addition, compared with other metal oxides, MnO electrode showed a lower charging voltage, which is favorable for increasing the operation voltage and energy density when the electrode is used as an anode in full batteries.
此外，相比于其他金属氧化物，MnO电极材料表现出更低的充电电压，这将利于提高电池的开路电压与能量密度。