All abstracts by Steven Higgins in conference series: Goldschmidt

(2018) Linking Impurity Incorporation to their Effect on Mineral Growth
Weber J, Bracco JN, Lorenz M, More K, Higgins S, Poplawsky JD, Starchenko V, Bertagni A, Jindra S, Anton I & Stack AG

(2011) Development of Steady-State Surface Topography and the Determination of Dolomite Dissolution Rates
Saldi GD, Daval D, Xu M, Higgins SR & Knauss KG

(2010) Scanning Probe Microscopy and Mineral-Water Interfaces: Have We Reached a Limit?
Higgins S, Xu M, Cubillas P, Lea AS, Knauss K & Rosso K

(2005) Probing the Reactivity of the Dolomote-Water Interface Using High Resolution X-Ray Reflectivity
Fenter P, Zhang Z, Park C, Sturchio N, Hu X & Higgins S

(2005) Length and Time Dependent Properties at Mineral-Water Interfaces
Hu X, Bose S & Higgins S

(2004) Cobalt Reactive Transport and Solid Solution at the Calcite-Water Interface at 40º C
Greer B, Eggleston C & Higgins S

(2004) Dolomite Surface Kinetics and Composition from Supersaturated and Undersaturated Non-Stoichiometric Solutions
Hu X & Higgins S

(2002) Electrochemical STM of Quinones at Hematite (0001) Surfaces: Adsorption of a Biological Electron "Shuttle."
Stack A, Eggleston C & Higgins S

(2002) The Structure of Hematite (0001) Surfaces in Water: STM and Resonant Tunneling Calculations of Coexisting O and Fe Terminations
Eggleston C, Stack A, Rosso K & Higgins S

(2001) Molecular Adsorption and Ordering of Molecules at the Corundum/Water Interface by Optical Second Harmonic Generation
Higgins SR, Stack AG & Eggleston CM

(2001) Oxygen Versus Iron Termination of Hematite (001) Surfaces: STM Imaging in Air and in Aqueous Solutions
Stack AG, Eggleston CM, Higgins SR, Pribyl R & Nichols J

(2001) Hydrothermal Scanning Probe Microscopy and Its Application to Problems in Heterogeneous Kinetics: Adventures (and Misadventures) at Mineral Surfaces
Higgins SR, Greer B, Boram LH & Eggleston CM

(2000) Experimental Measurements and Modelling of Fundamental Attachment and Detachment Reactions on Barium Sulphate (001) Using Hydrothermal Scanning Probe Microscopy
Higgins S, Bosbach D, Eggleston C & Knauss K

(2000) A New Look at an Old Idea: The Structure of Oxide Mineral Surfaces and the Role of Metal Centers in Intermediate Co-ordination Environments as Adsorbed Ions
Eggleston C, Samson S, Higgins S, Stack A & Pribyl R

(2000) Studies of the Dissolution of Magnesite (104) in Acidic Aqueous Solutions: A New Approach Using Hydrothermal Scanning Probe Microscopy Under Controlled Hydrodynamic Conditions
Higgins S, Jordan G, Coles B, Compton R, Eggleston C, Knauss K & Boro C