电池内阻等效模型,battery internal resistance equivalent model
1)battery internal resistance equivalent model电池内阻等效模型
2)equivalent model for internal resistance内阻等效模型
3)Battery actual equivalent internal resistance蓄电池真实的等效内阻
4)Equivalent resistance model等效电阻模型
1.Based on the microflow characteristics of two-dimensional electrophoresis microchip(2D-EMC),an equivalent resistance model of 2D-EMC was constructed to obtain the rational ranges of the voltages applied in each reservoir,and to implement the efficient 2D-EMC separations on microchips.基于微流控二维电泳芯片(2D-EMC)的流路特点,建立等效电阻模型,以便给出各端电压的合理取值范围,成功实现微流控芯片二维电泳分离。
5)battery internal resistance电池内阻
1.It is demonstrated that the battery performance can be predicted by monitoring thebattery internal resistance,with its measuring method given.文中分析影响电池性能的主要因素,得出可以通过电池内阻预测电池性能的结论,并给出了电池内阻的测试方法。
英文短句/例句
1.THE TEMPERATURE RISING OF LITHIUM-ION BATTERIES WITH THE CHANGES OF INTERNAL RESISTANCE锂离子电池内阻变化对电池温升影响分析
2.An Analysis on the Influence of Asynchronous Measurement of Voltage and Current on Battery Internal Resistance Identification电池管理系统中电压电流检测不同步对电池内阻辨识影响的分析
3.On Image Procession of Internal Resistance and Electromotance of Battery By Volt-ampere;谈伏安法测电池内阻和电动势的图像法处理
4.Study on Internal Impedance Decection of Battery Based on Chaotic Theory基于混沌理论的蓄电池内阻检测的研究
5.Inner Resistance Measurement System for Li-Ion Power Battery Based on LabVIEW基于LabVIEW的锂离子动力电池内阻测试系统
6.Internal resistance identification of Li-ion battery and its application in battery life estimation锂离子电池内阻辨识及其在寿命估计中的应用
7.Design and Realization of Online Monitor System for Internal Resistance of Li-ion Battery锂离子电池内阻在线监测系统的设计与实现
8.Research and Design Controllable AC Current Source for Fuel Cell Impedance Monitoring;燃料电池内阻测试用可控交流电流源研究与设计
9.Detecting internal resistance of VRLA battery based on phase-lock amplifier基于锁相放大技术检测VRLA电池的内阻
10.The high permeability reduces internal resistance of the batteries and therefore improves current flow.高渗透性可减低电池内部电阻，从而提高流量。
11.EMF MEASUREMENT OF ELECTRIC CELLS USING COMPENSATION METHOD AND THE ESTIMATED CALCULATION OF THE UNCERTAINTY IN THE INTERNAL RESISTANCE EXPERIMENT补偿法测电池电动势及内阻实验不确定度估算
12.Data Processing in Measurement of Dry Cell s Electromotive Force and Resistance Based on Origin;基于Origin的电池电动势和内阻测量数据的处理
13.Effects of Separator on Capacity,Internal Resistance and Self-discharge of Ni-MH Battery隔膜对MH/Ni电池容量、内阻和自放电的影响
14.The paper mostly studied the capability of the aerial lead acid storage battery and the relation between the capacity and dynamic resistance.着重论述了航空铅酸蓄电池容量与蓄电池变化的内阻之间的关系;
15.Internal Resistance and Residual Capacity Monitoring of VRLA Battery;阀控铅酸蓄电池的内阻与其剩余容量监测
16.Design of a Humidity Control System of PEM Fuel Cell Based on Impedance Monitoring基于内阻测试的PEM燃料电池湿度控制系统设计
17.Estimating ohmic resistance of PEMFC based on double Kalman filters应用双卡尔曼滤波算法估计燃料电池欧姆内阻
18.self contained battery机内电池，自备电池
相关短句/例句
equivalent model for internal resistance内阻等效模型
3)Battery actual equivalent internal resistance蓄电池真实的等效内阻
4)Equivalent resistance model等效电阻模型
1.Based on the microflow characteristics of two-dimensional electrophoresis microchip(2D-EMC),an equivalent resistance model of 2D-EMC was constructed to obtain the rational ranges of the voltages applied in each reservoir,and to implement the efficient 2D-EMC separations on microchips.基于微流控二维电泳芯片(2D-EMC)的流路特点,建立等效电阻模型,以便给出各端电压的合理取值范围,成功实现微流控芯片二维电泳分离。
5)battery internal resistance电池内阻
1.It is demonstrated that the battery performance can be predicted by monitoring thebattery internal resistance,with its measuring method given.文中分析影响电池性能的主要因素,得出可以通过电池内阻预测电池性能的结论,并给出了电池内阻的测试方法。
6)internal resistance电池内阻
1.The components ofinternal resistance of VRLA battery and its measurement principle and method were analyzed.分析了阀控铅蓄电池内阻的组成及其测试原理和方法,根据蓄电池内阻与剩余容量的关联性,讨论了利用蓄电池内阻监测其剩余容量的可行性。
2.The relationship of operating performance of AA size Ni MH cell with itsinternal resistance during charge,over charge,and high rate discharge are studied using thermocouple method and several otherinternal resistance measuring methods.采用多种内阻测量方法和热电偶法，研究了ＡＡ型ＭＨ－Ｎｉ电池在充电、过充电及高倍率放电时电池内阻与电池工作性能的关系。
延伸阅读
电池内阻分子式：CAS号：性质：电池内阻是以下三项电阻的总和：(1)导体(板栅、汇流排、极柱与连接件)的电阻，各种氧化物和盐类及其他化合物的电阻(包括板栅腐蚀层、活性物质的各个界面的接触电阻)；(2)极板微孔内和隔板与极板之间的电解液的电阻，隔板造成的电阻；(3)电化学反应过程中的浓差极化与电化学极化电阻。电池内阻r一般可以用下式表示：r=(V0-V)/I。式中V0，电池的开路电压(单位V)；V,电池的放电电压(V)；I,放电电流(A)。上述三项电阻中(1)与(2)之和是电池的欧姆电阻。
