Details for: Lorenz Schwab
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Lorenz Schwab (University of Vienna, Department of Environmental Geochemistry)
https://umweltgeologie.univie.ac.at/kraemer-group/people/phd-students/lorenz-schwab-bsc-msc/
Goldschmidt Conference Archive Goldschmidt2018 Goldschmidt2019 Goldschmidt2020
Motivated geographer with a keen interest in environmental chemistry and soil science. Experienced in field, laboratory and experimental work, statistical analysis and scientific writing. Strengths: self-motivated, result oriented, creative and with a passion for challenging tasks. Currently doing my PhD at the Environmental Geochemistry Group, University of Vienna, Austria. My PhD project is about mercury isotope ratios as a tool to trace and quantify Hg species transformations in contaminated soils and aquifers (MIRACOSA).
Note: abstracts are only listed if one of the following email addresses was provided when the abstract was submitted: lorenz.schwab@univie.ac.at. Otherwise, try an advanced search.
(2023) Experimental Evidence for Mass-Independent Fractionation of Even-Mass Mercury Isotopes Related to the Nuclear Volume Effect
Schwab L, Gallati N, Reiter SM, McLagan D, Biester H, Kumar N, Kimber R, Kraemer SM & Wiederhold JG(2022) Kinetic Versus Equilibrium Mercury Isotope Effects during Homogenous and Surface Catalyzed Mercury(II) Reduction by Iron(II)
Schwab L, Gallati N, McLagan DS, Biester H, Kraemer SM & Wiederhold JG(2021) Experimental Determination of Kinetic Mercury Isotope Fractionation during Reduction of Hg(II) by Dissolved Fe(II) and Fe(II)-bearing Minerals
Schwab L, Gallati N, McLagan DS, Kraemer SM, Biester HU & Wiederhold JG(2021) High Mercury Sorption in Low Organic Matter Aquifer Material Using Column Experiments
McLagan DS, Esser C, Schwab L, Pietrucha J, Wiederhold JG, Kraemer SM & Biester HU(2019) Mercury Isotope and Species Analyses as a Tool to Trace Processes in Contaminated Soils and Sediments
Schwab L, McLagan DS, Kraemer SM, Biester H & Wiederhold JG(2023) Experimental Evidence for Mass-Independent Fractionation of Even-Mass Mercury Isotopes Related to the Nuclear Volume Effect
Schwab L, Gallati N, Reiter SM, McLagan D, Biester H, Kumar N, Kimber R, Kraemer SM & Wiederhold JG(2022) Kinetic Versus Equilibrium Mercury Isotope Effects during Homogenous and Surface Catalyzed Mercury(II) Reduction by Iron(II)
Schwab L, Gallati N, McLagan DS, Biester H, Kraemer SM & Wiederhold JG(2021) Experimental Determination of Kinetic Mercury Isotope Fractionation during Reduction of Hg(II) by Dissolved Fe(II) and Fe(II)-bearing Minerals
Schwab L, Gallati N, McLagan DS, Kraemer SM, Biester HU & Wiederhold JG(2021) High Mercury Sorption in Low Organic Matter Aquifer Material Using Column Experiments
McLagan DS, Esser C, Schwab L, Pietrucha J, Wiederhold JG, Kraemer SM & Biester HU(2019) Mercury Isotope and Species Analyses as a Tool to Trace Processes in Contaminated Soils and Sediments
Schwab L, McLagan DS, Kraemer SM, Biester H & Wiederhold JGStudent Helper
Goldschmidt2019