The discharge cell structure has been re-designed, which can provide larger display area and facilitate the panel fabrication.
重新设计的放电胞结构可以提供更大的显示面积，并更有利于显示平板的制造。
The address electrodes extend parallel to each other and have a plurality of first discharge units that each corresponding to a discharge cell.
该寻 址电极彼此平行地延伸并具有多个第一放电单元，其每一个对应于 一个放电室。
Each first discharge unit partially surrounds a discharge cell, and successive first discharge units are coupled together by second discharge units.
每个第一放电单元部分地围绕放电室，并且连续的第一放电单元通过第二放电单元耦合在一起。
Since two or more discharge Spaces are formed in one discharge cell, discharge uniformity is increased in a discharge space, thereby improving luminance.
由于在一个所述放电室中形成两个或更多个放电空间，因此增加了放电空间中的放电均匀性，由此增大了亮度。
By the simulation of discharge evolution in a discharge cell of SSAC-PDP, the space distributions of potential, electrons and ions density with time in a discharge cell ar...
通过模拟单基板彩色AC - PD P放电单元的工作情形，给出了单元内电位、电子和离子浓度的分布情况。
By the simulation of discharge evolution in a discharge cell of SSAC-PDP, the space distributions of potential, electrons and ions density with time in a discharge cell are presented.
通过模拟单基板彩色AC - PD P放电单元的工作情形，给出了单元内电位、电子和离子浓度的分布情况。
A second projection electrode projecting in a direction away from the central portion of the discharge cell can be advantageous of increasing discharge diffusion efficiency within the discharge cell.
在离开放电单元的中心部分的方向上凸出的第二凸出电极可有利于增加放电单元内的放电扩散效率。
"The wave form of the electric signal changes and at the level of the individual cell, it is changing its discharge," Markham said.
马克·汉姆表示：“单个细胞改变电流可令电信号波形发生变化。”
“The wave form of the electric signal changes and at the level of the individual cell, it is changing its discharge, ” Markham said.
马克汉姆表示：“单个细胞改变电流可令电信号波形发生变化。
The main cause of discharge capacity decrease was the impedance of metal surface increased due to cell reaction.
电池反应所引起的负极金属表面阻抗的增加，是放电容量减小的主要原因。
The special structure design and the presence of RTV grouting between the solar cell strings can prevent the secondary discharge incidents efficiently.
通过采用特殊的结构设计和在太阳阵电池串之间涂覆RTV胶，可以有效抑制二次放电事件的发生。
The author states in this article his discovery that cell diaphragms made of solid electrolytes mixed with metallic ferrites, can have their discharge current densities increased by big margins.
本文介绍作者发现在固体电解质中掺杂专属的铁氧体，制成电池中的隔膜，能使电池放电电流密度大幅度提高。
Initial analysis utilizes thermodynamic and kinetic information to predict alkaline cell performance under low discharge rates.
最初的分析应用热力学和动力学知识预测碱性电池在低放电率下的性能。
The detecting circuit of power line touching of the suspension system of DC long-distance reserve power supply of PHS Cell Station was designed by the characteristic of gaseous discharge tube.
利用气体放电管的特性，实现了小灵通基站后备直流远供电源悬浮系统动力线碰触的检测；电路结构简单，实用性强。
The results of measurements on paste type R20 battery showed that Zn electrode polarization played an important role on the sharp drop of cell voltage near the end of the discharge.
本文给出R20糊式电池测量实例。这实例表明锌电极极化对放电后期电池电压突降的影响是重要的。
We take a leading place in manufacturing polymer lithium cell with great capability, high-ratio discharge and absolute security.
我们的大容量、高倍率放电能力、高安全性的聚合物锂电池技术在业界已遥遥领先。
A full discharge to one volt per cell once a month is sufficient to keep the crystal formation under control.
每个月每个电芯完全放电到一伏足以保持水晶结构在控制之下。
The results showed that the discharge capacity of the MH electrode increased slightly when 3% silver was added, but the amount of the gas evolution from the simulated cell was obviously reduced.
实验表明，在贮氢电极中添加3 %质量分数的银添加剂，电极容量略为增加，且明显降低了模拟电池的析气量。
The secondary discharge is an important factor for power loss in the high-voltage and high - power solar cell array.
二次放电是造成空间高压大功率太阳阵功率损失的主要原因。
The pre-discharge not only eliminates partial wall charges but also increases density of priming particles which help the coplanar-type discharge start at a lower cell voltage.
此“ 先期放电”不但清除了部份的壁电荷还增加空间中带电荷粒子数量并使得其后产生的维持放电可于较低电压时开始。
CMP battery uses the imported, original and high-capacity cell, after full charge of the battery, the using time is longer than the original, and the platform of discharge is high.
电池采用进口原装高容量电芯，电池满充电后使用时间比原配电池时间长，放电平台高。
At the same time, it is used to test single cell and whole group voltage, constant - current discharge and online monitoring.
同时具有检测单体及整组电压、恒流放电及在线监测三项功能。
An experimental cell was constructed. A series of charge-discharge experiments have been preformed. The results indi-cate that cell...
一系列充放电试验结果表明，该电池具有良好的化学性能。
A series of charge-discharge experiments have been preformed. The results indi-cate that cell have a good electrochemical performance du...
一系列充放电试验结果表明，该电池具有良好的化学性能。
A series of charge-discharge experiments have been preformed. The results indi-cate that cell have a good electrochemical performance du...
一系列充放电试验结果表明，该电池具有良好的化学性能。
应用推荐