《Hydrometallurgy》2011年109卷(1/2)期发表Rahul Ram等人的文章,介绍了Fe(Fe3+、Fe2+)和氧化还原电位对溶解合成的沥青铀矿石影响的研究结果。在全世界许多矿床中发现的原生铀矿物UO2是主要的铀矿物之一(从该矿物中提取的铀用于生产核燃料)。因此,更好地了解与提铀过程有关的化学是非常重要的。作者在类似于槽浸铀矿物的条件下,研究了影响UO2溶解的一些主要参数,如c(Fe3+)、c(Fe2+)和氧化还原电位(ORP)。在整个研究 Hydromotallurgy 2011, Volume 109, Issue (1/2), published an article by Rahul Ram et al. On the effects of Fe (Fe3 +, Fe2 +) and redox potential on dissolving synthetic pitch uranium ores. UO2, a primary uranium mineral found in many deposits throughout the world, is one of the major uranium minerals from which uranium is extracted to produce nuclear fuel. Therefore, it is very important to have a better understanding of the chemistry related to the uranium enrichment process. The authors studied some key parameters that affect the dissolution of UO2, such as c (Fe3 +), c (Fe2 +) and redox potential (ORP), under conditions similar to trenched uranium minerals. Throughout the study