All abstracts by David Michael Sherman in conference series: Goldschmidt

(2015) Metal Speciation in Hydrothermal Fluids: Insights from ab Initio Molecular Dynamics
Mei Y, Liu W, Sherman D, Etschmann B & Brugger J

(2014) Isotopic Fractionation of Cu and Zn during Sorption by Fe and Mn (Hydr)oxides: First Principles Theory
Sherman DM

(2014) Modelling Reactive Iron Species as a Proxy for the Spatial Distribution and Intensity of Ocean De-Oxygenation Events in an Earth System Model
Death R, Ridgwell A, Arndt S, Monteiro F, Sherman D & Vance D

(2014) Ion Association and Metal Complexation in Hydrothermal Fluids: From Quantum Chemistry to Geology
Sherman DM, Mei Y, Liu W & Brugger J

(2014) What Lies beneath: Weathering in the Deep Critical Zone
Moore O, Buss H & Sherman D

(2014) Inner- and Outer-Sphere Complexation of Pb and Zn on Birnessite: EXAFS, Density Functional Theory, and Surface Complexation Modelling
Bacon CGD & Sherman DM

(2013) Interpreting Molybdenum Isotopes as a Proxy for the Spatial Distribution and Intensity of Ocean De-Oxygenation Events in an Earth System Model
Death R, Ridgwell A, Arndt S, Monteiro F, Sherman D & Vance D

(2013) Electronic Structures of Transition Metal Oxides and Sulfides: Applications to the Physics and Chemistry of the Earth
Sherman DM

(2013) Surface Complexation on Birnessite Controls Pb Distribution in Highly Contaminated Soil and Karst Groundwater
Bacon CGD & Sherman DM

(2012) Pressure-Induced Anomalous Isotopic Fractionation of Li in Magmatic Hydrothermal Systems
Teague A, Sherman D, Blundy J & Pogge von Strandmann P

(2012) The Isotopic Mass Balance of Zinc in the Oceans
Little S, Vance D, Sherman D & Lyons T

(2012) Isotopic Tracers of Metal Cycling in the Oceans and Sediments
Vance D, Little S, Cameron V, Sherman D, Westermann S, Matthews A & Lyons T

(2012) Multisite Surface-Complexation of Zn and Cu on Goethite
Sherman D & Moore D

(2011) Abiotic and Biotic Control of the δ65Cu and δ⁶⁶Zn Composition of Seawater
Little S, Vance D & Sherman D

(2011) Metal Complexation in Hydrothermal Fluids: Insights from ab Initio Molecular Dynamics
Sherman D & Mei Y

(2011) Ab Initio Molecular Dynamics Simulation of Copper(I) Complexation in Chloride/Sulfide Fluids
Mei Y, Sherman DM, Brugger J & Liu W

(2010) Copper Isotope Fractionation in Seawater: The Role of Scavenging by Ferromanganese Crusts
Little S, Vance D, Sherman D & Hein J

(2009) Surface Complexation of Cu on Birnessite (δ-MnO₂): Controls on Abundance and Isotopic Composition in the Deep Ocean
Sherman D, Bednarz E, Peacock C & Archer C

(2007) Sorption of Arsenic Under Oxic and Anoxic Conditions: Possible Origins of Elevated Arsenic in Groundwater
Jonsson J & Sherman D

(2007) Surface Complexation of Uranium(VI) on Fe/Mn (Hydr)oxides
Sherman D, Peacock C & Hubbard C

(2005) Sorption of Ni by Marine Fe-Mn Nodules and Crusts: Surface Complexation and Structural Incorporation of Ni in Birnessite
Peacock C & Sherman D

(2005) Computational Molecular Modeling of Ions in Aqueous Solutions
Sherman D

(2004) Metal Sorption to iron(III) (Hydr)oxides: The First Surface Complexation Models Consistent with Spectroscopy and Quantum Chemistry
Sherman D & Peacock C

(2002) Vanadium (III, IV and V) Sorption onto Goethite a-FeOOH
Peacock CL & Sherman DM

(2002) Coordination Chemistry of Metals in Crustal Fluids: Theory and Experiment
Sherman DM

(2001) Electronic Structures of Iron and Manganese Oxides: Theory and Experiment with Applications to Surface Electrochemistry
Sherman DM, Todd EC & Purton JA

(2000) Mechanism of Cu Sorption onto Iron Oxides: Results from Sorption Isotherms and Spectroscopy
Peacock CL, Sherman DM, Todd E & Heasman DM

(2000) Composition of the Lower Mantle: Predicted Properties from Atomistic Simulations
Bovolo CI, Sherman DM & Hellfrich GR

(2000) Constraints on Core-Mantle Equilibrium: Metal-Oxide Partitioning of Ni, Co and Zn at High Pressure
Sherman DM

(2000) Nature of Sulphide Mineral Surfaces Under Atmospheric Conditions: Results from NEXAFS
Todd E, Sherman DM & Purton JA

(2000) Speciation of Cu+ in Hydrothermal NaCl Brines from Molecular Dynamics
Collings M & Sherman D