1·The volt ampere properties of electrolyte in pulse electrochemical finish machining (PEFM) are investigated in this paper.
对脉冲电化学光整加工（P EFM ）中所采用的一种电解液的伏安特性进行了实验研究。
2·The results show that the composite exhibits percolation threshold effect, positive temperature effect and nonlinear volt ampere characteristics.
实验结果表明，材料具有明显的渗滤效应、正温度系数效应和非线性伏安特性。
3·Objective To study the specificity of the volt ampere characteristics of acupoints in reflecting the physiological and pathological changes of the human body.
目的研究穴位伏安特性在反映人体生理病理变化上的特异性。
4·Abstract: Under the same working condition, the volt ampere characteristic curve and the dust removal efficiency of the pulse power supply and DC power supply are determined.
摘要：在同工况条件下，测定了脉冲供电和直流供电的伏安特性曲线和除尘效率。
5·The equivalent impedances of inductor and capacitor in transient response were deduced from the exponential transient solution and the volt ampere relation of these elements.
利用暂态响应解的形式和电感、电容的电压与电流的关系，导出了电感和电容的等效阻抗，从而可用电路方法求解动态电路的暂态过。
6·To measure the same low resistance with methods of Volt- Ampere , double bridge and double 'single bridge', we can get the same results.
对同一低电阻分别用伏安法、双电桥、双“单电桥”进行测量，几种方法的测量结果相当吻合。
7·The current calculation to the voltage plateau width of RF-SQUID tank circuit volt-ampere curve has been discussed in the paper. A proper calculating method is suggested.
本文讨论了通常RF - SQUID谐振电路伏安曲线上电压平台宽度计算中的问题，并提出了一种比较合理的计算方法。
8·The new method turned the volt-ampere characteristic equation of transmission lines into an integral form, then used least square method to solve the equations and got the zero-sequence parameters.
该方法是将互感线路的伏安特性方程转化为积分形式，并采用了最小二乘法求解方程组，同时得出各线路的零序自阻抗及线路间的零序互阻抗。
9·Work begins with the improvement of volt-ampere characteristics of voltage instrument transformer, to ensure that saturation phenomenon does not appear.
从改善电压互感器伏安特性着手，使电压互感器在运行中不出现饱和现象。
10·It was swiftly to obtain the thickness of alumina film by using of it's dielectric property and capacitor model, which was validated by means of EM, electric quantity and volt-ampere.
通过自制的铝电解电容器模型，利用氧化铝薄膜具有的介电性能，通过电容量法可以准确快捷地计算氧化膜的厚度，并通过显微直接观察法、电解电量法、伏安法进行了验证。