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Moskyon
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Ê×ÏÈ£¬ ¶ÔµçλµÄÕý¸º¹æ¶¨£¬Å·ÖÞºÍÃÀ¹úµÄ¿ÆÑ§¼Ò£¬ÓÈÆäÔÚµç´ß»¯ÁìÓò£¬ÓÐЩ²»Í¬£¬¿´ÏÂÃæµÄ½éÉÜ£º https://en.wikipedia.org/wiki/El ... al#Sign_conventions Sign conventions Historically, two conventions for sign for the electrode potential have formed:[2] convention "Nernst¨CLewis¨CLatimer" (sometimes referred to as "American" ,convention "Gibbs¨COstwald¨CStockholm" (sometimes referred to as "European" .In 1953 in Stockholm[3] IUPAC recognized that either of the conventions is permissible; however, it unanimously recommended that only the magnitude expressed according to the convention (2) be called "the electrode potential". To avoid possible ambiguities, the electrode potential thus defined can also be referred to as Gibbs¨CStockholm electrode potential. In both conventions, the standard hydrogen electrode is defined to have a potential of 0 V. Both conventions also agree on the sign of E for a half-cell reaction when it is written as a reduction. The main difference between the two conventions[4] is that upon reversing the direction of a half-cell reaction as written, according to convention (1) the sign of E also switches, whereas in convention (2) it does not. The logic behind switching the sign of E is to maintain the correct sign relationship with the Gibbs free energy change, given by ¦¤G = -nFE where n is the number of electrons involved and F is the Faraday constant. It is assumed that the half-reaction is balanced by the appropriate SHE half-reaction. Since ¦¤G switches sign when a reaction is written in reverse, so to, proponents of convention (1) argue, should the sign of E. Proponents of convention (2) argue that it is more convenient to consider oxidants and reductants on the same scale. £¨2£© °ÑBARDµÄJACSһƪÎÄÕ£¬¡¡·ÅÉÏ£¬¿´ÆäÖеÄÒ»ÖÖ˵·¨£ºÎöÇâ²âÊÔµÄlsv¼«»¯ÇúÏßÊǽøÐиºÉ¨: First, the MoS2 substrate potential was swept from 0 V to − 0.7 V at a scan rate of 5 mV/s to generate hydrogen continuously, and the hydrogen was then collected at the Pt UME tip. https://pdfs.semanticscholar.org ... 7029b2749dc3581.pdf »¶ÓÆäËûר¼Ò¸ø³ö¼û½â¡£ |
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