results indicate that there are great differences in both absorption and electrocatalysis activity among the three electrodes.

study on sweep potential deposition of bi-pt and its electrocatalysis

扫描电位沉积Bi-Pt合金及其电催化性能的研究

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a study of the mechanism of electrocatalysis of pb-wc composite electrode

Pb&WC复合电极的电催化机理的研究

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electrocatalysis study of hydrogen peroxide and small organic matters on chemically modified electrode

化学修饰电极电催化过氧化氢、有机及生物小分子的研究

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surface structure and properties in electrocatalysis

电化学催化中的表面微观结构与特殊反应性能

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a study on transportation characteristics of electrocatalysis of organism in cylindrical electrochemical reactor

圆筒形电化学反应器中有机物电催化的传递特性研究

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studies of surface electrochemistry and electrocatalysis at atomic and molecule level

原子和分子水平层次的表面电化学与电催化研究

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the electrocatalysis for proton reduction of ni based composite plating layer

镍基复合镀层对析氢反应的电催化活性

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due to different pore structures and acid sites, the energies required to complete each mechanism on different zeolites are different. the most favorable pathway might change from case to case. even for the same mechanism, the rate-determining step may vary on different zeolites.

不同的分子筛由于它们的孔道结构及酸性位分布存在差异，完成各机理所需的能量各不相同，最有利路径可能发生改变，甚至同一机理中的决速步骤也可能有所变化。

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the double layer capacitance was found to be in the range from 600 to 950 μ f · cm~ (-2). these experimental data were used to discuss the rate-determining step in the anode reaction mechanism.

石墨阳极上的双电层电容在600-950μF·cm~（-2）之间，用这些数据讨论了阳极反应机理的控制步骤。

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the dissolution behavior of solid nickel in static liquid zinc was studied and a natural convection model considering intermetallic compound layers formation was established to determine the rate-determining step of dissolution rate of solid nickel in liquid zinc.

通过研究固相Ni在静止的液相Zn中的溶解行为，建立了自然对流下的溶解速率模型，确定了不同温度下Ni在液相Zn中的溶解控制步骤。

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both anodic dissolution and passivation of nickel are irreversible electrode processes in which the charge transfers occur in two consecutive steps and the first electrochemical step is a rate-determining step.

金属Ni阳极溶解与钝化表现为电荷传递分步进行、并以失去第一个电子的电化学反应为控制步骤的不可逆电极过程。

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based on the discussion of reaction mechanism, surface dehydrogenation becomes the rate-determining step, which can be accelerated by amounts of defects on the catalyst surface and then promotes the overall reaction.

通过反应机理的探讨，认为表面脱氢反应是整个反应的速率控制步骤。等离子体还原Pd/AC催化剂时，在其表面产生大量的缺陷位，加快了控制步骤的进行，从而提高转化率。

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when the degree of coverage of c_xo on the anode surface is low, the rate-determining step is the process of slow discharge of the oxygen-containing ions.

当阳极表面上C xO复盖度小时，含氧离子的放电是律速步骤。

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rate-determining step of o~ ( 2-) transportation in the ruo_2| pd| ysz| pd deno_x cell

在RuO2Pd YSZ PddeNO x电解池中O~（2-）传导的速控步骤

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the results indicated that transport of the metal ions from the organogel to the upper microemulsion was a rate-determining step for the coordination reaction.

结果表明，在由含紫脲酸胺微乳液及含金属离子微乳凝胶构成的体系中，金属离子在微乳凝胶中的传质是金属离子与紫脲酸胺配位反应的限速步骤。

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when the mg content ( x) is lower than 0.5, the rate-determining step of the electrode reaction is the diffusion of hydrogen in bulk.

当合金中Mg含量较低时（x≤0.5），合金电极反应速度控制步骤为氢在合金体相中的扩散；

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the rate coefficients of the rate-determining step of all the reaction channels have also been calculated using statistic thermodynamics and conventional transition state theory at 298 k.

同时利用传统的过渡态理论，计算了各反应通道在298K时，速控步骤的反应速率常数k（T）。

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in the passivation region, the diffusion process of sulfide in the surficial layer is the rate-determining step of corrosion.

在腐蚀区为环烷酸腐蚀，环烷酸与金属表面的反应为速率控制步骤。

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in addition, the rate-determining step of the catalytic n2o decomposition was also influenced by the addition of various metal oxides.

另外，添加不同过渡金属氧化物也改变了N2O催化分解反应的速控步骤。

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mg diffusion in the boundary layer of molten steel is rate-determining step for the metal-inclusions reaction.

Mg在钢液边界层的扩散为钢液-夹杂物反应的速率控制环节。

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