Main Patterns of Geochemistry of Phosphorus

Yakov Elievich Yudovich, Marina Petrovna Ketris, Natalia Valerievna Rybina
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Abstract

The paper presents the main conclusions of the Russian monograph “Geochemistry of Phosphorus” (2020). Based on statistical processing of ~6100 sample averages (from ~190,000 analyses), new estimations of World averages (Clarke values) for Р2O5, % (and P, %), phosphorus-titanium module (P2О5/TiO2), phosphorus-calcium module (P2O5/CaO), phosphorus-iron module (P2О5/Fe2O3), and phosphorus-total iron module (P2O5/Fe2O3 + FeO). Many estimates have been made for the first time. In addition to the new Clarke estimates, sometimes very different from previous ones, the work carried out has led to a number of new conclusions. In particular, the titanium geochemical barrier for phosphorus has been first estimated, all the 11 genotypes of phosphogenesis have been named and characterized, five genetic correlations of phosphogenesis have been described, lithochemistry methods have been successfully applied to characterize the phosphorites. Due to the large breadth of generalization, the monograph has a large theoretical and applied value.
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磷的主要地球化学模式
本文介绍了俄罗斯专著《磷的地球化学》(2020)的主要结论。基于对约6100个样本平均值(来自约190,000个分析)的统计处理,对Р2O5, %(和P, %),磷钛模块(P2О5/TiO2),磷钙模块(P2O5/CaO),磷铁模块(P2О5/Fe2O3)和磷全铁模块(P2O5/Fe2O3 + FeO)的世界平均值(Clarke值)进行了新的估计。许多估计都是首次做出。除了克拉克的新估计(有时与以前的估计非常不同)之外,这项工作还得出了许多新的结论。其中,钛对磷的地球化学屏障首次被估计,所有11种产磷基因型均被命名和表征,5种产磷基因相关性被描述,岩石化学方法已成功应用于磷矿体的表征。由于概括的广度大,本专著具有较大的理论和应用价值。
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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