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Solubility of radioactive inorganic salt in supercritical water

机译:放射性无机盐在超临界水中的溶解度

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摘要

In order to reduce the deposition of inorganic salt in continuous reactor during the treatment of radioactive spent extraction solvent by supercritical water oxidation, the solubilities of five kinds of radioactive inorganic salts were investigated at temperatures from 390 to 550 A degrees C and pressures from 20 to 25 MPa. The solubilities of inorganic salts were correlated via a semi-empirical approach based on the phase equilibrium between the salt and supercritical water. In addition, parallel hydrolysis of the salts was found as it could be observed from decrease in pH and deviations of anion and cation concentration in the liquid effluent.
机译:为了在通过超临界水氧化处理放射性废物萃取溶剂期间在连续反应器中减少无机盐的沉积,在390至550℃的温度下,在390至550℃的温度下研究五种放射性无机盐的溶解度。 25 MPa。 基于盐和超临界水之间的相平衡,无机盐的溶解度通过半经验方法相关。 此外,发现盐的平行水解,因为它可以从液体流出物中的pH值和阴离子和阳离子浓度的偏差观察到。

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