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电化学方程
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  electrochemical equation
     With a big graphite cathode, the mixed potentials, which were only slightly lower than the open rest potentials of the cathode, were almost unchanged with time after short circuiting of the cell, and the relationship between the anodic current and time can be represented by an electrochemical equation.
     当阴极面积足够大时,混合电位在短路放电后几乎不随时间变化,只比阴极静态电位稍低,其电流时间关系可用一个电化学方程描述。
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  “电化学方程”译为未确定词的双语例句
     The continuous, momentum, energy, voltage and electrochemistry equations of molten carbonate fuel cell (MCFC) were described. The computation fluid dynamics(CFD) method was presented to simulate the output performance of MCFC numerically, such as some important parameter distributions of temperature, power and current density etc.
     对熔融碳酸盐燃料电池(MCFC)的连续、动量、能量方程以及电压、电化学方程进行了数学描述,采用计算流体力学(CFD)方法,对MCFC的输出性能进行数值模拟,计算结果包括电池温度、电流密度以及功率密度分布等重要参数.
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  相似匹配句对
     AN EFFICIENT METHOD FOR SOLVING A PACKED BED ELECTROCHEMICAL REACTOR MODEL EQUATIONS
     固定床电化学反应器的模型方程求解
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     The simple equation changes into nonlin-ear Schrodinger equation when viscous effect is died away.
     dinger 方程
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     The Low Temperature Electrochemistry
     低温电化学
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     Electrochemical Sensors
     电化学生物传感器
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     Synthetic Aperture Radar Equations
     合成孔径雷达方程
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  electrochemical equation
According to the electrochemical equation deduced in this paper, the binding constant of 1.36 × 105 (mol/L)-1 and the binding size of 1.94 (base pairs) of CFX with ctDNA were obtained by nonlinear fit analysis of the electrochemical data.
      
Based on thermo-electrochemical equation for an electrode reaction, the entropy change of it can be obtained by the thermo - electrochemical technology (TECT).
      
Application of thermal electrochemical equation to metal-hydride half-cell system
      
Application of thermal electrochemical equation to metal-hydride half-cell system was investigated, and the influence of state of charge on the thermal electrochemical performance of hydrogen storage materials was studied.
      


By using an electroless configuration with a diaphragm separating anol yte and catholyte, the anodic dissolution rate of nickel matte in acidic chloride solution was investigated.Under direct short circuiting of the cell, the coupled reactions were driven by the open circuit rest potentials of the nickel matte and the rotating graphite disk-iron chloride couple. The mixed currents and potentials were measured at different conditions. The reaction rate at a coupled graphite cathode was found to depend on iron...

By using an electroless configuration with a diaphragm separating anol yte and catholyte, the anodic dissolution rate of nickel matte in acidic chloride solution was investigated.Under direct short circuiting of the cell, the coupled reactions were driven by the open circuit rest potentials of the nickel matte and the rotating graphite disk-iron chloride couple. The mixed currents and potentials were measured at different conditions. The reaction rate at a coupled graphite cathode was found to depend on iron ion concentra tion, temperature and rotating rate of graphite disk. The anodic dissolution was well correlated by a mechanism involving the solid phase diffusion and electron charge transfer. With a big graphite cathode, the mixed potentials, which were only slightly lower than the open rest potentials of the cathode, were almost unchanged with time after short circuiting of the cell, and the relationship between the anodic current and time can be represented by an electrochemical equation. The apparent activation energy for nickel matte to dissolve in acidic FeCl_3 solutions is about 8.208 kJ/mol.

利用—个两室隔膜电解池将阳极液和阴极液分开,考察了镍锍阳极在酸性氯化物水溶液中与Fe~(3+)/Fe~(2+)偶合反应速度。在两极静态电位差的驱动下,测定短路外电路电流以推算两极偶合反应速度。结果表明,阴极反应速度与溶液中铁离子浓度、温度和旋转阴极盘速度有关,而阳极溶解符合固相扩散和电荷迁移混合控制。当阴极面积足够大时,混合电位在短路放电后几乎不随时间变化,只比阴极静态电位稍低,其电流时间关系可用一个电化学方程描述。阳极溶出的表观活化能为8.208kJ/mol。

The continuous, momentum, energy, voltage and electrochemistry equations of molten carbonate fuel cell (MCFC) were described. The computation fluid dynamics(CFD) method was presented to simulate the output performance of MCFC numerically, such as some important parameter distributions of temperature, power and current density etc. Comparing the numerical results of the distributions of temperature with the experimental data in a kW class stack, it shows the good agreement and proves the higher reliability of...

The continuous, momentum, energy, voltage and electrochemistry equations of molten carbonate fuel cell (MCFC) were described. The computation fluid dynamics(CFD) method was presented to simulate the output performance of MCFC numerically, such as some important parameter distributions of temperature, power and current density etc. Comparing the numerical results of the distributions of temperature with the experimental data in a kW class stack, it shows the good agreement and proves the higher reliability of the numerical model.

对熔融碳酸盐燃料电池(MCFC)的连续、动量、能量方程以及电压、电化学方程进行了数学描述,采用计算流体力学(CFD)方法,对MCFC的输出性能进行数值模拟,计算结果包括电池温度、电流密度以及功率密度分布等重要参数.并将理论模型的计算结果与kW级的MCFC温度分布实验数据进行比较,两者符合很好,证明所提数学模型具有较高的可靠性.

 
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