Nernst equation
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能斯特方程
双语例句
- The relation between hydrogen pressure and electrode potential conforms to Nernst equation.
氢气压力与电位的关系符合能斯特方程； - The magnitude of the interface potentials depends on the interchange of electrons or ions, and follows the Nernst equation.
界面势的大小决定于电子或离子间的交换，服从能斯特方程。 - This article discussed anodic oxidation mechanism of aluminium plate by means of electrode potential, Nernst equation, overpotential and so on.
用电极电势、能斯特方程式和超电势等，论述了铝板的阳极氧化机理。 - These factors can be interpreted by Nernst equation.
这些影响因素均可用Nernst方程说明。 - The equation describing the effect of pH variation on Gibbs free energy variation Δ G is derived using Nernst equation, and the specific control conditions in engineering are summed up according to the present research achievements.
利用Nernst方程推导出了描述pH值变化对吉布斯自由能变化ΔG的影响的方程式；并结合已有的研究成果，总结了实际工程中的具体控制条件。 - In the CO2 volumetric ratio concentration range from 200 to 2000 × 10-6, the linear of EMF to the logarithm of concentration is excellent, as fits well with the Nernst equation.
在CO2气体体积浓度为（200-2000）×10-6范围内，EMF值与浓度的log值呈现良好的线性关系，这与能斯特方程相符。 - Based on the general Nernst equation, thermodynamics model of the submonolayer equilibrium potential was set up.
基于普通的能斯特方程，建立了单原子层平衡电势的热力学模型。 - Tested results showed that the relationship between the output potential and temperature and oxygen partial pressure can be predicted by the Nernst equation.
实验结果表明该氧传感器的输出电势与温度和氧分压的关系符合Nernst方程并对氧分压的微量变化反应灵敏。 - This paper first states the principles and methods for plotting E& pH graphs. The derivation of Nernst Equation is introduced.
本文首先讲述了电位&PH图的作图原理和作图方法，主要介绍了Nernst方程式的由来，通过Nernst方程式导出各种物质的电极电位与PH的关系，并绘成各种曲线图。 - Certain problems concerning zirconia cell of oxygen concentration difference and Nernst equation are discussed. The date practically-measured on zirconia detector, have demonstrated the effect of working details and operating process on static characteristic of zirconia oxygen sensor.
讨论了氧化锆氧浓差电池和Nernst方程推导的有关问题.通过对锆头的实测数据说明了加工细节和使用过程对氧化锆测氧传感器的静态特性产生的影响。 - In calcium-free solutions, the reversal potential of the IK currents was shifted to the direction of hyperpolarization, which was very close to the equilibrium K+ potential based on the Nernst equation.
在无钙外液中，Ik电流的反转电位向超极化方向明显移位，更接近于按照Nernst方程得出的K+理论平衡电位； - The ionic transference number of the oxygen ions is evaluated as the ration of the measured electromotive force to the theoretical value calculated by the Nernst equation. The ionic transport number is higher than 0.96, indicating that the dominant carrier is the oxygen ion.
氧离子迁移数通过实测电动势与利用Nernst方程导出的理论电动势的比值来确定，在测量温度范围内氧离子迁移数都大于0.96，样品以离子导电为主。 - Discussion on the Teaching of the Nernst Equation and Its Application
浅谈Nernst方程及其应用的教学 - The plasma glutathione of three groups was then measured, and GSH/ GSSG redox potential was calculated according to Nernst equation.
据此测定三组研究对象血浆GSH及GSSG，并计算GSH/GSSG的氧化还原电位。 - S By the theoretical deduction of electrochemistry, the method for rectifying the Nernst's Equation when determining one ion's concentration in a multi-ion-mixed solution was put forward.
通过电化学理论推导，提出了在测定多种离子的混合溶液中某一种离子的浓度时，对电势的能斯特响应式的修正方法。 - How to Make Proper Use of Nernst Equation
怎样正确使用Nernst方程 - Nernst Equation and Relevant Problems
Nernst方程及其有关问题 - The Eh for reduction of U(ⅵ) to UO_2 in groundwater of a radioactive waste disposal site in the Southwest of China was calculated with Nernst equation, and the ( various) factors influencing the Eh were discussed.
用Nernst方程计算了我国西南某核废物处置场地下水中U（Ⅵ）还原为UO2时的Eh值，并对影响Eh值的因素进行了讨论。 - The whole system gets the change of electrode voltage by the ammonia sensitive electrode because of ammonia nitrogen concentration, and gets the temperature of testing by the temperature sensors, calculates in sewage ammonia nitrogen values by applying the Nernst equation.
整个系统通过氨气敏电极采集到因为氨氮的浓度而改变的电极的电势差，并通过温度传感器测得检测时的温度，运用能斯特方程式来计算出污水中氨氮的值。 - Secondly, use Nernst equation to get open circuit voltage for battery ( approximate equivalent battery EMF), on the theory of batteries and battery of various factors on the potential impact.
其次，利用能斯特方程，求解电池开路电压（近似等于电池电动势），研究其理论电池特性，并分析各个因素对电池电势的影响。 - And using equation nernst dissolved was analysed from the theoretical.
并利用nernst方程从理论上分析溶解的条件。 - The basis of this method is that the voltage of primary battery which is composed by the ion selective electrode and the reference electrode satisfies the Nernst equation with the ion concentration.
其测量依据是离子选择电极和参比电极组成的原电池的电位与离子浓度满足Nernst方程，通过测量原电池的电位，进行相应的计算就可得到被测液的离子浓度。