Thomas J. Wolery

Sandia National Laboratories California — United States

Chemical Engineering · Physical Sciences

24h-index4.6kcitations115works0.02yr avg
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Research Topics

Chemical and Physical Properties in Aqueous Solutions(27), Radioactive element chemistry and processing(26), CO2 Sequestration and Geologic Interactions(24), Groundwater flow and contamination studies(19), Reservoir Engineering and Simulation Methods(12)

Publications114 total

Interactions of a Microdischarge with a Premixed Flame (Final Technical Report)
2025Open Access
L-SCIE and SUPCRTNE model and database development
2025Open Access
M3SF-24LL010301052-Summary of SUPCRTNE testing and Rev0 database
2024Open Access
Evaluation of Nuclear Spent Fuel Disposal in Clay-Bearing Rock - Process Model Development and Experimental Studies
2023Open Access
Summary of Thermodynamic Data Integration (M4SF-23LL010301052)
2023Open Access
M4SF-22LL010301052-SUPCRTNE Thermodynamic Database Integration
2022Open Access
Evaluation of Nuclear Spent Fuel Disposal in Clay-Bearing Rock - Process Model Development and Experimental Studies (M2SF-21SN010301072)
2021· 1 citedOpen Access
SUPCRTNE Thermodynamic Database Engine
2021Open Access
Evaluation of Nuclear Spent Fuel Disposal in Clay-Bearing Rock - Process Model Development and Experimental Studies
2020Open Access
M4SF-20LL010301042: Updated Thermodynamic Database for Use in Generic Disposal System Assessment
2020Open Access
H2OI95: A Stand-Alone Fortran Code for Evaluating the IAPWS-95 Equation-of-State Model for Water (Rev. 1)
2020· 2 citedOpen Access
M4SF-19LL010301042: Code Development in Support of the SFWST Thermodynamic Database
2019Open Access
H2OI95: A Stand-Alone Fortran Code for Evaluating the IAPWS-95 Equation-of-State Model for Water
OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)·2019· 3 citedOpen Access
H2OI95: A Stand-Alone Fortran Code for Evaluating the IAPWS-95 Equation-of-State Model for Water
2018· 1 citedOpen Access
Evaluation of Used Fuel Disposition in Clay-Bearing Rock
2017Open Access
M4SF-17LL010301071: Thermodynamic Database Development
2017Open Access
Chemical thermodynamic data. 1. The concept of links to the chemical elements and the historical development of key thermodynamic data
Geochimica et Cosmochimica Acta·2016· 25 citedOpen Access
Evaluation of used fuel disposition in clay-bearing rock
2016· 2 citedOpen Access
Evaluation of used fuel disposition in clay-bearing rock.
2016Open Access
M4FT-16LL080302052-Update to Thermodynamic Database Development and Sorption Database Integration
2016Open Access
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Frequent Co-authors

William L. Bourcier(10), Roger D. Aines(9), Kevin G. Knauss(8), Thomas A. Buscheck(7), Yue Hao(6), Yunwei Sun(5), J.M. Delany(5), Mingjie Chen(4), Kenneth J. Jackśon(4), Thomas D. Wolfe(4), Norman H. Sleep(3), Michael A. Celia(3), Lester J. Walters(3), S.A. Daveler(2), Benjamin Court(2), S. Julio Friedmann(2), C.J. Bruton(2), B.E. Viani(2), Carlos F. Jové-Colón(2), Susan Carroll(2)