Details for: Ruth Tinnacher
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Ruth Tinnacher (California State University East Bay)
Goldschmidt Conference Archive Goldschmidt2018 Goldschmidt2019 Goldschmidt2020
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Note: abstracts are only listed if one of the following email addresses was provided when the abstract was submitted: ruth.tinnacher@csueastbay.edu. Otherwise, try an advanced search.
(2023) Changes in Uranium(VI) Solution Speciation and Adsorption Behavior with Increasing Temperature
Tinnacher R, Urick B & Tournassat C(2023) Experimental Investigation of Uranium(VI) Adsorption onto Montmorillonite at Elevated Temperatures
Urick B, Tinnacher R & Tournassat C(2022) Effects of Temperature on uranium(VI) Solution Speciation and Sorption Behavior
Urick B, Tournassat C & Tinnacher R(2021) Effects of Heat and Dissolved Calcium on the Sorption of Uranium(VI) in Bentonite Barrier Systems
La DQQ, Gutierrez Diaz A, Voltolini M, Carrero S, Sauer K, Fox PM, Bhattacharyya A, Caporuscio F & Tinnacher R(2021) Effects of Temperature on uranium(VI) Solution Speciation
Urick B, Tournassat C & Tinnacher R(2021) Molecular-Level Insights on Uranium Surface Speciation in Engineered Barrier Systems
Bhattacharyya A, Massey M, Grangeon S, Tournassat C & Tinnacher R(2020) Characterizing Uranium Surface Speciation on Na-Montmorillonite
Tinnacher R, Massey M, Bhattacharyya A, Grangeon S & Tournassat C(2020) Sorption of Uranium(VI) onto Montmorillonite in the Presence of Calcite
Urick B, Shaw A, La DQ, Gutierrez Diaz A, Tournassat C & Tinnacher R(2018) Effects of Calcite Impurities in Bentonite Buffer Systems on Uranium(VI) Solution Speciation and Sorption Behavior
Tinnacher RM, Pistorino JC, Hall NG & Tournassat C(2018) Simulation of Uranium(VI) Speciation and Sorption in Montmorillonite Clay in the Presence of Calcite Impurities
Pistorino J, Tournassat C & Tinnacher R(2023) Experimental Investigation of Uranium(VI) Adsorption onto Montmorillonite at Elevated Temperatures
Urick B, Tinnacher R & Tournassat C(2023) Changes in Uranium(VI) Solution Speciation and Adsorption Behavior with Increasing Temperature
Tinnacher R, Urick B & Tournassat C(2022) Effects of Temperature on uranium(VI) Solution Speciation and Sorption Behavior
Urick B, Tournassat C & Tinnacher R(2021) Effects of Heat and Dissolved Calcium on the Sorption of Uranium(VI) in Bentonite Barrier Systems
La DQQ, Gutierrez Diaz A, Voltolini M, Carrero S, Sauer K, Fox PM, Bhattacharyya A, Caporuscio F & Tinnacher R(2021) Molecular-Level Insights on Uranium Surface Speciation in Engineered Barrier Systems
Bhattacharyya A, Massey M, Grangeon S, Tournassat C & Tinnacher R(2021) Effects of Temperature on uranium(VI) Solution Speciation
Urick B, Tournassat C & Tinnacher R(2020) Characterizing Uranium Surface Speciation on Na-Montmorillonite
Tinnacher R, Massey M, Bhattacharyya A, Grangeon S & Tournassat C(2020) Sorption of Uranium(VI) onto Montmorillonite in the Presence of Calcite
Urick B, Shaw A, La DQ, Gutierrez Diaz A, Tournassat C & Tinnacher R(2018) Simulation of Uranium(VI) Speciation and Sorption in Montmorillonite Clay in the Presence of Calcite Impurities
Pistorino J, Tournassat C & Tinnacher R(2018) Effects of Calcite Impurities in Bentonite Buffer Systems on Uranium(VI) Solution Speciation and Sorption Behavior
Tinnacher RM, Pistorino JC, Hall NG & Tournassat C(2014) Characterization, Transformation, and Mobilization of Sediment-Associated Natural Organic Matter in Subsurface Sediments
Fox P, Tinnacher R, Nico P, Gilbert B & Davis J(2013) Numerical Interpretation of Laboratory and Field Data Showing CO2-induced Groundwater Changes
Zheng L, Tinnacher R, Varadharajan C, Spycher N, Bianchi M, Nico P, Birkholzer J, Trautz R & Pugh J(2010) Subsurface Transport of Pu on Nanominerals: Teasing out Biogeochemical Controls in Field Environments
Kersting A, Zavarin M, Dai Z, Felmy A, Kips R, Moser D, Powell B, Tinnacher R & Zaho PSession convener
Goldschmidt2020 - Session 08b: The Nuclear Fuel Cycle: Process Understanding from Cradle to “Grave” (Repository)
Goldschmidt2019 - Session 05o: Geochemical and Mineralogical Investigations Relevant to The Nuclear Fuel Cycle: Insights from Experiment, Theory, and Modelling
