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U M4 HERFD-XRF and HERFD-XANES
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2024-01-01
相关数据集
Data for: Uptake of uranium by carbonate crystallization from reduced and oxidized hydrothermal fluids.
Data presented in Electronic Annex were obtained by thermodynamic calculations, which were performed via minimization of Gibbs free energy at the conditions of the experiments. Calculations were perfo
NIAID Data Ecosystem70
Data for: Uptake of uranium by carbonate crystallization from reduced and oxidized hydrothermal fluids.
Data presented in Electronic Annex were obtained by thermodynamic calculations, which were performed via minimization of Gibbs free energy at the conditions of the experiments. Calculations were perfo
Mendeley Data2021-01-14 更新30
Tracking uranium (V) species in ancient sedimentary rocks: Advancing the pale...
Uranium speciation controls its reactivity and transport in natural settings and is strongly modulated by redox fluctuations, but how its speciation varies in reducing marine...
B2FIND20
Does uranium speciation control uranium isotope signatures in marine sedimentary rocks? Advancing the paleoredox proxy
Uranium (U) speciation controls its reactivity and transport in environmental systems and is modulated by redox conditions. U enrichment and isotopic composition in sedimentary rocks are a promising p
ESRF Portal2028-01-01 更新40
Isotopic Evidence for Reductive Immobilization of Uranium Across a Roll-Front Mineral Deposit
We use uranium (U) isotope ratios to detect and quantify the extent of natural U reduction in groundwater across a roll front redox gradient. Our study was conducted at the Smith Ranch-Highland in sit
Figshare2016-06-15 更新30
