Brian Powell

Fjeld Professor of Nuclear Environmental Engineering Sciences

Clemson University

United States

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About

Brian Powell is the Fjeld Professor of Nuclear Environmental Engineering Sciences at Clemson University, USA. His research encompasses areas such as actinide sorption, toxicokinetics of radionuclides, and the thermodynamics of metal complexation. Recent publications include studies on Np(V) sorption to montmorillonite and the enthalpy of uranium adsorption. He also investigates the influence of gender composition on teaching evaluations within academic environments.

Articles (14)

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2025

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2020

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2020

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FRANCE

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Robert Dunn

Research Assistant Professor

University of South Carolina

UNITED STATES

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Brian Powell

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Articles (14)

Examination of Np(V) sorption to montmorillonite as a function of temperature (25–55 °C) and ionic strength

Halloysite/polyaniline Nanocomposites for Enhanced Actinide Sorption

Quantification of the Enthalpy of Eu(III) and U(VI) Complexation to Graphene Oxide Using Microcalorimetry

Correction to “Tissue-Specific Toxicokinetics of Aqueous Radium-226 in an Estuarine Mussel, Geukensia demissa”

Tissue-Specific Toxicokinetics of Aqueous Radium-226 in an Estuarine Mussel, Geukensia demissa

Gender bias in teaching evaluations: the causal role of department gender composition

The Influence of Iron and Ligand Type on Plutonium Uptake in Two Strains of Hydroponically Grown Corn (Zea Mays)

Mechanisms and kinetics of citrate-promoted dissolution of a uranyl phosphate mineral

Response to Comment on “Enthalpy of Uranium Adsorption onto Hematite”

Enthalpy of Uranium Adsorption onto Hematite

Dissolution and Vertical Transport of Uranium from Stable Mineral Forms by Plants as Influenced by the Co-occurrence of Uranium with Phosphorus

Functionalized Polymer Thin Films for Plutonium Capture and Isotopic Screening from Aqueous Sources

Impact of Natural Organic Matter on Plutonium Vadose Zone Migration from an NH4Pu(V)O2CO3(s) Source

Effect of calcination temperature on neptunium dioxide microstructure and dissolution

Collaborators (8)

Brennan Ferguson

Nicole E Martinez

Oriana Aragón

Nishanth Tharayil

Sarah Donaher

Shanna Estes

Melody Maloubier

Robert Dunn

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