An one-dimensional mathematical model for fluidized-bed electrode, is presented Exact solution in closed from for over potential distribution are obtained for a single oxidation-reduction reaction under activated control with charge transfer coefficients of 1/ 3,1/ 2,2/ 3 respectively. 文中解析了流化床电极的一维模型.得到了电荷传递系数为1/3,1/2,2/3,电极反应为活化控制时过电位分布的确切解。
The adrenochrome can also take part in oxidation-reduction reaction when the potential is about zero volt, consequently, there is another pair of oxidation-reduction peaks correspondingly in the cyclic voltammogram. 肾上腺素红在电势为O伏左右时,又可进行氧化还原反应,从而在循环伏安图上又相应有一对氧化还原峰。
Calculation of Conditional Potential of Oxidation-Reduction Equilibrium 氧化还原平衡中条件电位的计算
This paper proves mathematically some main equations given in the literature which are used to calculate the potential at the stoichiometric point of oxidation-reduction titrations. 本文对文献[1]-[3]中主要介绍的几种氧化还原滴定中化学计量点电位的计算公式从数学上进行了论证,指出了他们的异同点。
The potential at the Stoichiometrical Point of Oxidation-reduction titrations can be calculated by using the equation under different circumstances. 采用这一计算式,可以计算在不同条件下,氧化还原滴定的化学计量点电位。
In the paper, universal calculation equation for gauging-point electric potential of oxidation-reduction titration reaction is discussed, testified and expressed exactly. 对氧化还原滴定反应计量点电势的通用计算公式进行了具体深入的探讨,对公式作了准确表述和具体证明。
Simplification of the Calculating Formula for Potential in the Oxidation-Reduction Titrimetry 非对称电对氧化&还原滴定计量点电位公式的简化及讨论
Oxidation-reduction potential is gradually increasing with the lowering temperature of ore-bearing thermal fluid. In the early hyperthermal stage, oxidation-reduction potential is relatively low. It increases relatively in the middle and late hyperthermal stage. 氧化还原电位的变化则随着含矿热流体温度的降低,氧化还原电位逐渐增高,早期高温阶段氧化还原电位相对较低,成矿期中温阶段到成矿晚期低温阶段氧化还原电位相对增高。