首页> 外文期刊>The Journal of Chemical Thermodynamics >THERMODYNAMICS OF THE CELL - (ME(X)HG(1-X)VERTICAL-BAR-MECL(M)VERTICAL-BAR-AGCL-VERTICAL-BAR-AG) (ME=NA,K,CS) IN (ETHANOL PLUS WATER) SOLVENT MIXTURES
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THERMODYNAMICS OF THE CELL - (ME(X)HG(1-X)VERTICAL-BAR-MECL(M)VERTICAL-BAR-AGCL-VERTICAL-BAR-AG) (ME=NA,K,CS) IN (ETHANOL PLUS WATER) SOLVENT MIXTURES

机译:(ME(X)HG(1-X)VERTICAL-BAR-MECL(M)VERTICAL-BAR-AGCL-VERTICAL-BAR-AG)(ME = NA,K,CS)在(乙醇+水)中的细胞的热力学溶剂混合物

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摘要

The electromotive force E of the cell: {MexHg(1-x)MeCl(m)AgClAg} (where Me = Na, K or Cs), has been measured at the temperature 298.15 K as a function of the mole fraction x of the metal Me in amalgams and of the molality m of the alkali chloride MeCl in (ethanol + water) solvent mixtures containing up to 0.8 mass fraction of ethanol. Therefrom the respective standard electromotive forces E degrees have been determined, together with the activity coefficients gamma(+/-) of the relevant MeCl electrolyte as a function of its molality. The E degrees decrease with increasing ethanol content turns out to be the same within +/-3 mV for the three Me-amalgam cells studied. [References: 10]
机译:电池的电动势E:{MexHg(1-x) MeCl(m) AgCl Ag}(其中Me = Na,K或Cs)已在298.15 K的温度下作为摩尔函数进行了测量汞齐中金属Me的分数x和(乙醇+水)溶剂混合物中碱式氯化物MeCl的摩尔数m的乙醇含量最高为0.8。由此,已经确定了各个标准电动势E度,以及相关的MeCl电解质的活度系数γ(+/-)作为其摩尔浓度的函数。对于所研究的三个Me-汞合金电池,随着乙醇含量的增加,E度下降的幅度在+/- 3 mV以内是相同的。 [参考:10]

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