一层 250微米厚像海绵一样的薄膜将两极板隔开，容纳有机碳酸盐电解液，带电锂离子在其中流动。
A 250-micron-thick, sponge-like membrane separates the plates and holds the organic carbonate electrolyte through which the charged lithium ions flow.
工程师建议，这种材料可以实际应用于制造热绝缘物质，蓄电池极板，以及用在一些需要减噪减震及缓冲的产品上。
The engineers suggest practical USES for the substance include thermal insulation, battery electrodes and products that need to dampen sound, vibration and shock energy.
自始新世（5300-3650万年前）开始，它们便沉睡在化石之中，在那个时代，澳洲板块刚刚与南极板块分离，而现代哺乳动物刚刚开始出现。
The microorganisms had lain dormant since the Eocene epoch, a time when Australia split off from Antarctica and modern mammals first appeared.
使用负极板添加剂可以增加蓄电池寿命，提高充电接受能力，增大负极活性物质表面积并稳定其结构。
The use of the additives can increase the battery cycle life, charge acceptance, surface area of negative active mass and stabilization of its structure.
研究了钛上镀铜负极板栅的寿命。
The life of titanium negative grid plated with copper was researched.
提出采用拉浆工艺制备铅酸蓄电池薄型极板。
The technics of making thin lead-acid batteries plates by slurry method was proposed.
利用喷雾器把细小的油滴喷入极板间的空间内。
Fine drops of oil were sprayed into the space between the plates by an atomizer.
介绍了极板转运装置自动控制系统的设计思想。
The design idea of auto control system in plane transfer device has been introduced in this paper.
测量过程中，电极放置在极板上紧贴井壁测量。
The electrodes are mounted on a pad that is pressed against the borehole wall.
这些表面电荷部分地抵消金属极板上电荷的作用。
These surface charges partially nullify the effect of the charges on the metal plates.
将阴极与阳极板相组装，进行场致发射特性测试。
We pack the cathode panel with the anode panel and conduct the field emission experiment.
电极组件通过卷绕第一和第二电极板以及隔板形成。
The electrode assembly is formed by winding the first and second electrode plates and the separator.
定位板主要是用来固定阳、阴极板在电解槽中的位置。
Positioning plate is usually used in fixing the place of anode plate and cathode plate in electrobath.
金属极板还被深度刻蚀，从而极大地扩展了其表面的面积。
The metal plate is also deeply etched so as greatly to increase its surface area.
考察了树脂含量和成型工艺参数对双极板透气性能的影响。
The influences of the resin content and molding parameter on the air permeation of bipolar plates were researched.
指出电容能量公式对于极板间存在自由电荷的电容并不适用。
The formula of capacitance energy is not proper to capacitors which have free charges among their plates.
详述了正负极板、电解液、电池零部件的设计思路及工艺参数。
The technological parameters of cell components including positive and negative plates, electrolyte, and assembly parts are introduced.
极板上的探测器可以在一个方向聚焦，尽可能地贴靠在井壁上。
The pad holds sensors that are focused in one direction and must be as close as possible to the borehole wall.
他们应当去掉场极板和氧化层，并在整个区域淀积一层薄的铝薄膜。
They should remove the field plate and oxide and deposit a thin aluminum film over this region.
设计中采用全差分结构和底极板采样技术，优化了开关电容和MOS开关。
Full-differential structure and bottom plane sampling technique and optimization of switch capacitor and MOS switch were used in this circuit.
就前者而言，正极板栅耐腐蚀性能和电池的水损耗速度乃是两个最主要的因素。
On the former, positive plate bar corrosion resistance and water of cell loss rate are the two main factors.
电容单元的结构采用极板凸出设计，可基本消除电阻损耗，提高瞬时过电流能力。
The structure of capacitor unit adopts the design of protruding electrode plate to basically eliminate the resistance loss and enhance the capacity of instantaneous current.
介绍了用电子秤测量平行板电容器两极板间的静电力和真空电容率的原理和方法。
The theory and method of measuring the electrostatic force and the permittivity of vacuum in parallel plate capacitor by electronic balance are introduced.
在此基础上，提出了电容器极板结构的优化方案及电容式机电转换装置的设计方案。
Based on the results mentioned above, the author proposed the optimized scheme for the capacitor plate structure and the electrical capacitance converter.
该项技术也有所提高，电浆火炬的主要成分是一对电极板，主要由以镍为主的合金制成。
The technology has got better, too. The core of a plasma torch is a pair of electrodes, usually made from a nickel-based alloy.
这种过度裂纹的情况，虽然从蓄电池的电性能观点来看并不碍事，但使极板变得相当脆。
Such excessively cracked conditions, although not objectionable from a battery electrical-performance-standpoint, create a rather fragile plate condition.
介绍了理论求解极板表面电场强度分布的方法，并对影响其计算结果的因素进行了分析。
This paper introduces the way to calculate the distribution of electric field strength on the plate surface. And it also analyzes the factors influencing the result of numerical solution.
介绍了理论求解极板表面电场强度分布的方法，并对影响其计算结果的因素进行了分析。
This paper introduces the way to calculate the distribution of electric field strength on the plate surface. And it also analyzes the factors influencing the result of numerical solution.
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