ohmic resistance

Study on Increase in the Ohmic Resistance of a Conducting Plate with a Sharply Changing Width

窄式陡变宽度导板电阻增量研究

A Theoretical Study on the Ohmic Resistance R of Zn & Cu Cells with Spherical Electrodes

关于球形电极Zn&Cu电池的Ohmic电阻和Joule热电阻的理论研究

The ohmic resistance and the charge transfer resistance of the battery are increased with the increasing of delivered capacity .

随着电池输出容量的增加，欧姆电阻和电荷传递电阻增大。

A theoretical study on the Joule heating resistance R_J and the Ohmic resistance R_O of Zn-Cu Cells with cylindrical electrodes

圆柱形电极Zn-Cu电池中Joule热电阻和Ohmic电阻的理论研究

Research on INS / APS Kalman Filter based on APS Interpolation Data Correction Algorithm for Submarine Estimating ohmic resistance of PEMFC based on double Kalman filters

基于内差修正数据INS/APS卡尔曼滤波器组合定位应用双卡尔曼滤波算法估计燃料电池欧姆内阻

The Estimation of the State of Charge of Storage Battery Based on the Kalman Filtering Theory for Electric Vehicle Estimating ohmic resistance of PEMFC based on double Kalman filters

基于卡尔曼滤波的电动汽车剩余电量估计应用双卡尔曼滤波算法估计燃料电池欧姆内阻

Howevers , there are significant barriers to intermediate temperature SOFC : electrolyte ohmic resistance and electrode overpotential , especially cathode overpotential .

但随着工作温度的降低，电解质欧姆电阻和电极极化电阻增大，而阴极的极化电阻增大尤为明显。

AC impedance measurements demonstrated that the ohmic resistance of the electrolyte as well as the charge transfer resistance of the electrode / electrolyte interface increases with ethanol content increasing .

交流阻抗测试表明，溶液的欧姆电阻以及电极/电解质界面的电荷转移电阻随溶液中乙醇含量的增加而增大；随着充放电循环的进行，电极/电解质界面的电荷转移电阻增大，电极的活性降低。

If the ohmic resistance is medium , the 1.2 V plateau decay is commended by both ohmic and non ohmic polarizations .

欧姆内阻较大的电池，1.2V放电电压平台主要由欧姆极化控制；

In this thesis , we study influences of the ohmic resistance and the third-order dispersion on the DNLS soliton with VBC by using the direct perturbation theory .

本论文用零边值的DNLS孤子微扰理论研究了欧姆阻尼和三阶色散对DNLS孤子的影响。

When the molar ratio of Ni and Fe was 8 ∶ 2 and 7 ∶ 3 , the anodes exhibited the highest electrochemical activity and the lowest ohmic resistance .

当电极中的n（Ni）∶n（Fe）为8∶2和7∶3时，电极具有最高的电化学活性以及最小的欧姆电阻。

The mechanism of FeS electrode process has been investigated by using linear cyclic voltammetry . The electrode porcess of FeS is accompanied with the formation and dissolution of insoluble FeS and controlled by ohmic resistance .

应用循环伏安法研究了硫化亚铁阴极的电极过程机理，电极反应过程伴随着难溶硫化亚铁的形成与溶解，该电极过程受欧姆电阻控制。

Various methods to reduce the heat effect of Ni / MH battery were summarized , such as decreasing ohmic resistance and charge polarization , increasing O_2 evolving over-potential , reducing O_2 recombination , heat dissipation and charge monitoring .

总结了各种降低MH/Ni电池热效应的方法，包括降低电池欧姆电阻、减小充电极化、提高氧气析出过电位、减少氧气复合以及散热和充电控制等。

Furthermore , the cyclic reversibility of the electrode reaction improves after doping La and the rare earth La has good effect in inhibiting the oxygen evolution reaction of sample electrode , reducing the electrode reaction of the electrochemical polarization and ohmic resistance , and increasing the discharge voltage .

同时，发现稀土元素物质La掺杂可以明显改善电极反应的充放电循环可逆性，并有效抑制镍电极上的析氧反应和降低电极反应的电化学极化和欧姆阻抗，提高其放电电压。

The Research of Low Ohmic Contact Resistance to p-GaN

低p-GaN欧姆接触电阻的研究

Study on the Ohmic Contact Resistance of n-type 3C-SiC Grown on Si Substrate

Si上外延的n型3C-SiC欧姆接触研究

The ohmic base resistance of bipolar transistor introduced in EM_2 Model is a very important parameter .

在双极型晶体管EM2模型参数中引入的基极电阻r'b是重要的也是较难测量的参数之一。

Reduce Ohmic Contact Resistance to p-GaN Using InGaN / AlGaN Superlattice

用InGaN/AlGaN超晶格降低p-GaN欧姆接触电阻

The voltage drop occurring at the beginning of discharging for VRLA batteries is mainly caused by ohmic internal resistance of the batteries .

阀控式密封铅蓄电池（VRLA）电流放电初期出现的电压降主要是由电池欧姆内阻引起的。

To do this , By use of the experiments , the optimum technological conditions are obtained . The ohmic contact resistance has been lowered to below 0.06 Ω .

为此，在进行了大量的实验后，找到了降低欧姆接触电阻的最佳工艺条件，获得了小于0.06Ω的最低电阻。

The back ohmic contact resistance of Al-BSF by DC magnetron sputtering is downtrend with the annealing temperature increasing , and less than that by the screen printing process .

溅射工艺制备出的铝背场接触电阻随退火温度升高呈下降趋势且溅射工艺的接触电阻比印刷工艺更小。

To study the PEMFC 's ohmic internal resistance can predict the membrane 's dryness . To control the operating temperature and the cathode humidity can reduce PEMFC 's ohmic loss and improve PEMFC 's efficiency .

合理控制工作温度、空气湿度等参数，可以减少欧姆极化损失，提高PEMFC的工作效率。

In order to make the application in the device better , the ohmic contact with low resistance between the electrode and p-type and n-type ZnO films needs to be studied and prepared .

为了更好的实现其在器件方面的应用，需研究制备出适合于p型和n型ZnO薄膜的低阻欧姆接触电极。

If there is a large contact resistance between the electrode and the semiconductor film , the performance of devices would be significantly decreased due to heat or poor contact . Therefore , ohmic contact with low resistance and thermal stability is very critical .

如果接触电极和半导体之间存在较大的接触电阻，那么器件的性能就会由于散热或者接触不良而显著下降，因此获得低电阻、热稳定的欧姆接触非常关键。