极板

极板对燃料扩散、电流收集等方面具有重要的影响，是DMFC的关键组成部件之一。

Polar plate , one of the key components of DMFC , has an important effect on mass transfer and current collection of the passive DMFC .

结果是极板间距8mm、电流密度5mA/cm2、时间25min为最佳操作条件。

The optimums are polar plate spacing 8 mm , amperage 5 mA / cm 2 , time 25 min.

在这个工段，组装脱水固化的极板并通过极板耳连在一起

In this department , hydro-set plates are assembled and joined together at the plate lugs .

基于ARM的电池极板涂布厚度在线测控系统研究

Research on ARM Based Online Measurement and Control System of Battery Plate Coating Thickness

采用V型极板收集高比电阻粉尘的实验研究

Experimental Study on the Collection of High Specific Resistivity Dusts by V-shaped Collecting Electrodes

平行极板间等离子体RF共振特性研究

Study on Characteristics of RF Resonance of Plasma in Parallel Plate Electrode

MEMS微型质子交换膜燃料电池的阴极极板模型研究与优化设计

Modeling and Optimized Design for the Cathode of MEMS μ PEMFC

阳极采用Z型极板，阴极为RS芒刺线。

TECHNOLOGY ON LINE The precipitator employs Z-type plate and RS corona electrode .

浅谈有线电视机房UPS蓄电池极板活化方法与实现

Realization about the Method of UPS Accumulator Plate-activated in the Cable Television Workroom

极板放置方式对电铸层中微米/纳米SiC复合量影响的研究

Study on Position of Electrode-plates Based on the Effect of SiC Content in Ni-SiC Electroforming Deposits

为便于安装，本文选用E型极板交叉式电容传感器作为排种性能监测系统的传感器。

This paper selects the Crossed E-shape plate type sensor as the one of theseed-metering performance motoring system for its easy installment .

RF信号通过电容极板传输，而直流控制电压则施加在控制极板上。

RF signals pass through the capacitor plates while DC control voltage is applied on the control plates .

不同供电方式ESP极板电流密度分布研究

Research on distribution of current density on ESP collecting plate under different power supply conditions

贵冶ISA法极板处理机组

Plates Handling Unit for ISA Process in Guixi Smelter

PEMFC金属双极板及其表面改性

Metal Bipolar Plate for PEMFC and Its Surface Modification

极板间距对反应溅射GexC（1-x）薄膜的影响

Effect of Target-Substrate Distance on Reactive Sputtering of Ge_xC_ ( 1-x ) Films

上极板采用ITO透明导电玻璃板作为地电极；

The top plate is a glass plate covered with transparent ITO as the ground electrode ;

VRLA蓄电池的极板铅膏配方及和膏工艺对蓄电池性能的影响

Effects of paste formula and mixing process on the performance of VRLA batteries

利用计算流体力学（CFD）技术对高风速横向极板电除尘器进行数值模拟。

High gas velocity Electrical Precipitator With Transverse Collecting Plates was simulated by computational fluid dynamics ( CFD ) technology .

使用ANSYS大型有限元软件分别对四种不同形状的电容传感器极板及结构进行优化设计，从而选取最优的结构参数，研制出容栅传感器的模型样机。

ANSYS is the software for analyzing four different electrode structures of capacitance sensors and then an optimal electrode structure parameter has been gained .

扭秤极板是由硅V型槽结构和玻璃基底组成，因此本文主要研究了硅V型槽刻蚀工艺和硅玻璃键合工艺，并对相关工艺参数进行了测量和分析。

As the plate is made up of silicon V-groove structure and glass substrate , the processes of silicon V-groove etching and silicon-glass bonding were investigated .

Gel电池能减缓极板硫酸盐化，放电电压高、电压恢复快、电池功率大、间断放电累计容量增大、续驶里程远。

Gel batteries can decrease plate sulfation , increase discharge voltage , it recovers quickly after discharging . Their cumulative capacity and power increase with intermittent discharging .

高压LDMOS场极板的分析与设计

Analysis and Design of Field Plates of High Voltage LDMOS

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 .

加场极板LDMOS的击穿电压的分析

Analysis of LDMOS breakdown voltage after using field plate

对横向极板电除尘器内二维流场进行了数值模拟，流场模拟采用k-ε双方程模型，计算采用SIMPLE算法。

The numerical simulation of 2-D flow field in ESP with transverse collection plates was carried out , in which a 2-equation model was adopted to simulate the flow field and the computation based on the SIMPLE algorithm .

同时，传感器中通过两路输入光纤引入了不同波长的光信号，通过可拆卸的环形极板便于进行CCD图像液滴分析。

Multi-wavelength optical signals are led into the drop through two source fibers . CCD image drop analysis can be easily carried out through the removable ring plate .

模拟器平行极板间区域长5m，宽2m，高1m。

The volume between two parallel plates is 5 m long , 2 m wide and 1 m high .

采用YAG脉冲激光的四倍频输出与两平行平面极板间空气相互作用产生等离子体。

Plasma was instantly produced after the interaction between the air and the YAG laser pulse quadruple output in the interspace of parallel-plate electrodes in the vacuum chamber .

考察了极板间距、电解电压、电流密度、离子强度、pH值、初始浓度和电解时间对去除效率的影响，并对反应动力学进行了探讨。

The experiments were carried out to investigate the effects of plate distance , electrolytic voltage , current density , ionic strength , pH , initial concentration , and electrolysis time on removal efficiency and reaction kinetics .