cell voltage
英 [sel ˈvəʊltɪdʒ]
美 [sel ˈvoʊltɪdʒ]
电池电压，槽电压
双语例句
- But tri-iodide ions aren't a good match for the electron energies in the dye molecules: they waste energy transferring their electrons, resulting in a low cell voltage and thus low power.
但是三价碘离子在染色分子中不能很好的匹配电子能量，在传送电子时浪费能量，结果导致电池低电压和低功率。 - It is important to ensure that the total cell voltage across the string does not exceed the common mode voltage rating and the maximum voltage level of the switch module.
确保电池串两端的电压不超过开关模块的共模电压额定值和最大电压是非常重要的。 - It can test cell voltage and analyze battery by using Wireless Battery Monitoring System together.
配合先进的无线蓄电池测试系统可实时监测单体电池电压和综合分析蓄电池性能。 - If the load resistor was connected directly across the voltmeter input terminals, the current through the relay contacts would cause a voltage drop and the measured cell voltage would be in error.
如果负载电阻被直接连接到伏特计的输入端子，通过继电器触点的电流会产生电压降，测得的电池电压将存在误差。 - In some applications, it may be desirable to measure each cell voltage, both with and without a load.
在有些应用中，则可能希望测量每一单体电池的电压，包括负载和空载。 - It has being successfully used in cell voltage monitor system.
该显示模块已在燃料电池巡检系统中得到成功应用。 - In-depth Characteristics Extraction of Cell Voltage Fluctuation in Aluminum Reduction Cells
大型预焙铝电解槽槽电压波动特征提取 - The dynamic response of fuel cell characteristics after step change of cathode inlet velocity, humidity and cell voltage was analyzed.
最后，分析了阴极入口速度、湿度和电池电压阶跃变化后电池特性的动态响应特性。 - This paper outlines the production process to reduce electrolysis cell voltage reduction means.
本文简述了降低电解生产过程中槽电压的途径。 - Spectral analysis of cell voltage fluctuation in 320 kA pre-baked aluminum reduction cells
320kA系列预焙铝电解槽槽电压波动的频谱解析 - In particular to such a circuit that directly digitizes analog battery cell voltage levels into associated digital signals.
特别是一种直接把电池电压模拟信号转化成数字信号的电路。 - The whole cell voltage clamp technique was used to record the Ik of isolated ventricular myocytes of guinea pigs.
应用全细胞电压钳方法记录心室肌细胞延迟整流钾电流（Ik）。 - Copper plate as cathode could guarantee the smooth electrolysis process which had high current efficiency with low cell voltage and lower solubility.
铜作阴极是可行的，既有高的电流效率又有低的溶解性和槽电压，可以保证电解的顺利进行。 - The research of the new and high conductivity material of lithium ionic conductor is always an interesting issue in the material field due to its low potential, light weight and providing high cell voltage and energy density.
由于锂具有较负的电极电势和较轻的重量，可以为电化学器件提供高的电池电压和能量密度，所以锂离子导体高电导率新材料的研究一直是材料研究领域倍受关注的课题之一。 - Methods The glass suspension electrode and the whole cell voltage clamp technique were used.
方法采用悬浮玻璃微电极法和全细胞膜片钳方法。 - Effects of solar radiation and cell voltage on pyrgeometer performance
太阳辐射和电池电压对Eppley大气辐射表测值的影响 - The principle and application of fuel cell is introduced in brief. A calculation of single fuel cell voltage and efficiency is given under reversible reaction condition.
概述了燃料电池原理并计算了氢氧型燃料电池可逆条件下电池电压和效率。 - Pipeline adopted constant cell voltage anodic protection technique, cathodes are set in pipeline upright, potential distributed uniformly.
管道采用恒槽压阳极保护技术，阴极垂直于管道轴线布置，保护电位稳定； - The effects of cell voltage and original solution concentration on the removal efficiency were inspected under static condition.
试验在静态条件下研究了在不同外加电压、不同原水浓度条件下三维电极反应器处理碱性品绿染料废水的效果。 - This paper describes a monitoring system of single fuel cell voltage and its features.
本文所述的是一种用于对燃料电池单体电压及其性能进行监控的系统。 - The effects of applied cell voltage, electrolysis lime, pH value and the electrolyte on electrolysis were investigated.
考察外加电压，电解时间，初始pH值以及支持电解质浓度等工艺条件对电解效果的影响。 - By numerical simulation, mathematical relationship between cell voltage and current densities, along with that between current efficiency and cathode density were attained.
用数据拟合法得到了电解电压与阴极和阳极电流密度之间以及电流效率与阴极电流密度之间的数学关系式。 - Current efficiency, cell voltage and power consumption of zinc electrodeposition were determined by Electrowinning experiments at different magnesium ion concentration and temperature.
研究主要分为以下四个方面：1、通过电积实验测定了不同镁离子浓度和温度下，电沉积锌的电流效率、槽电压和电能消耗。 - The mathematical models of variation of cell voltage with reaction time and the change rate equations of cell voltage were established.
建立了工作电压随反应时间变化的数学模型和工作电压变化速率方程。 - Through analyzes the current equalization methods, regarding locomotive Lead-acid batteries proposes appropriate detection and equalization methods, achieve single cell voltage automatic cycle detection and automatic equalization.
通过对国内外现有的均衡方案进行分析，提出了适合机车铅酸蓄电池的检测及均衡方案，实现了对单体电池电压自动循环检测和自动均衡功能。 - Battery testing unit cell voltage detector and battery equalization techniques, this paper analyzes several typical methods of detection, based on the results of the analysis are given circuit design.
同时，针对电池检测单元中单体电池电压检测以及电池均衡技术，本文分析了几种典型的检测方法，根据分析的结果给出电路设计。 - Finally, in order to verify the basic functions of the battery management system, the cell voltage detection, current detection, temperature detection and insulation testing respectively, this paper has structured experimental environment for functional and performance tests.
最后，为了验证所设计电池管理系统的基本功能和单体电压检测、电流检测、温度检测以及绝缘检测的系统性能，分别针对高压检测单元和电池检测单元搭建测试环境进行功能和性能测试。 - Because lithium-ion batteries have high power density and high cell voltage, and are prefered by electric vehicles.
由于动力锂离子电池具有高功率密度，高单体电压的特性，受到电动汽车的青睐。 - Through the laboratory test and pilot plant test, the effects of current densities, cycling flow rate and temperature on current efficiency, cell voltage, the quality of cathode copper and the rate of impurities removal were investigated.
开展了实验室小试及现场工业试验研究，考察了电流密度、循环流量及温度对每段电积过程电流效率、槽电压、阴极铜质量及杂质脱除率的影响，确定了最优工艺条件和技术参数。