首页> 外文期刊>Journal of Solution Chemistry >Thermodynamic Model for Amorphous Pd(OH)_2 Solubility in the Aqueous Na~+–K~+–H~+–OH~-–Cl~-–ClO_4~-H_2O System at 25 ℃: A Critical Review
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Thermodynamic Model for Amorphous Pd(OH)_2 Solubility in the Aqueous Na~+–K~+–H~+–OH~-–Cl~-–ClO_4~-H_2O System at 25 ℃: A Critical Review

机译:25℃Na〜+ –K〜+ –H〜+ –OH〜-–Cl〜-–ClO_4〜-H_2O体系中非晶Pd(OH)_2溶解度的热力学模型:综述

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Only a limited number of experimental investigations have been conducted to determine hydrolysis constants of Pd(II) or the solubility product of Pd(II) hydroxide, and the reported values differ considerably from each other. No comprehensive reliable thermodynamic model is available for the Pd–OH and Pd–Cl systems. To obtain such a model, thermodynamic data for palladium compounds and complexes with chloride and hydroxide were critically evaluated using the SIT model. These evaluations, in most cases, involved reinterpretation of the original data reported in various publications to produce values of equilibrium constants for various reactions that are consistent with all of available reliable literature data. Final recommended values for solubility products and complexes of Pd(II) with hydroxide and chloride, along with the values for SIT ion interaction parameters, are tabulated.
机译:为了确定Pd(II)的水解常数或氢氧化Pd(II)的溶解度,仅进行了有限的实验研究,并且报道的值彼此之间存在很大差异。对于Pd-OH和Pd-Cl系统,没有全面可靠的热力学模型。为了获得这样的模型,使用SIT模型严格评估了钯化合物以及与氯化物和氢氧化物形成的配合物的热力学数据。在大多数情况下,这些评估涉及对各种出版物中报告的原始数据的重新解释,以产生与所有可用的可靠文献数据一致的各种反应的平衡常数值。将溶解度产物和Pd(II)与氢氧化物和氯化物的配合物的最终推荐值以及SIT离子相互作用参数的值制成表格。

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