Struvite as a Non-Equilibrium Solid Phase in Electrolytic Systems (Aqueous Media)

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Abstract

Struvite (MgNH4 PO4 •6H2 O) is not the equilibrium solid phase when introduced into pure water or into an aqueous CO2 solution, with or without KOH added as the pH-modifying component. In some instances, the dissolution process consists of several steps where different solid phases are formed. It results from a simulating procedure, where the entire physicochemical knowledge on the system in question is involved in the iterative computer program. The results of calculations are put in context with formation of struvite renal calculi in urinary tracts.
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Struite在电解系统(水介质)中的非平衡固相
当将Struite(MgNH4PO4•6H2O)引入纯水或CO2水溶液中时,无论是否添加KOH作为pH改性组分,Struite都不是平衡固相。在某些情况下,溶解过程由几个步骤组成,在这些步骤中形成不同的固相。它源于一个模拟过程,在该过程中,有关系统的全部物理化学知识都包含在迭代计算机程序中。计算结果与尿路中鸟粪石肾结石的形成无关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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