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About the Nature of Excessive Gas Evolution in the Case of Electrochemical Hydrogenation of Palladium in an Alkaline Solution

机译:关于碱性溶液中钯电化学氢化的过度气体进化的性质

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The gas evolution process on fully hydrogenated Pd (H : Pd = 0.73) cathodes is studied in a 1 M solution of NaOH at ambient temperature. A phenomenon of spontaneous gas evolution on the surface of PdH after electrolysis and transfer of the sample into a burette with a 1 M solution of NaOH or distilled water is discovered. The volume of the gas that spontaneously evolved on the surface of PdH is 0.22-0.24 cm(3)/cm(2) in a 1 M solution of NaOH and 0.40-0.43 cm(3)/cm(2) in distilled water. It is proposed that the spontaneously evolving gas is not hydrogen from PdH, but results from the cavitation process.
机译:在环境温度下,在NaOH的1M溶液中研究了全氢化Pd(H:Pd = 0.73)阴极上的气体进化方法。 发现了电解后PDH表面的自发气体进化现象,并在用1M的NaOH或蒸馏水溶液中将样品转移到带滴管中。 在蒸馏水的1M和0.40-0.43cm(3)/ cm(3)/ cm(3)/ cm(2)的蒸馏水中,在PDH的表面上自发地进化的气体的体积为0.22-0.24cm(3)/ cm(2)。 提出,自发性进化的气体不是来自PDH的氢,而是由空化过程产生。

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