All abstracts by Andrei V. Bandura in conference series: Goldschmidt

(2011) Influence of Interfacial Water Structure on Surface Protonation and Ion Adsorption at Metal Oxide Surfaces
Machesky M, Wesolowski D, Vlcek L, Mamontov E, Kent P, Predota M, Rosenqvist J, Ridley M, Cummings P, Kubicki J, Sofo J, Kumar N, Lvov S, Bandura A, Fenter P & Zhang Z

(2010) Comparison of Vibrations of Water on Rutile and Cassiterite Surface
Kumar N, Kent P, Bandura A, Kubicki J & Sofo J

(2010) Dynamics of Water Dissociation on Oxides Surfaces: Comparison between Rutile and Cassiterite
Sofo J, Kumar N, Kent P, Bandura A & Kubicki J

(2010) Towards an Accurate Prediction of Surface Protonation Equilibria: Quantifying Interfacial Structure via the Bond Valence-MUSIC Model Framework
Machesky M, Predota M, Vlcek L, Rosenqvist J, Skelton A, Cummings P, Ridley M, Kubicki J, Sofo J, Kumar N, Bandura A & Wesolowski D

(2009) Atomistic Origins of Mineral-Water Interfacial Phenomena and their Relation to Surface Complexation Models
Wesolowski DJ, Bandura AV, Cummings PT, Fenter PA, Kubicki JD, Lvov SN, Machesky ML, Mamontov E, Predota M, Ridley MK, Rosenqvist J, Sofo JO, Vlcek L & Zhang Z

(2009) Hydrogen Bonds and Vibrations of Water on (110) Rutile
Kumar N, Neogi S, Sofo J, Kent P, Bandura A & Kubicki J

(2007) The Rutile (110)-Electrolyte Solution Interface to 250C: A Surface Complexation Synthesis of Titration, ab Initio, MD and X-Ray Spectroscopic Results
Machesky M, Ridley M, Wesolowski D, Palmer D, Predota M, Vlcek L, Kubicki J, Sofo J, Bandura A & Zhang Z

(2007) Comparison of TiO₂ and SnO₂ (100) and (110) Hydrated Surfaces via Molecular Modeling
Kubicki J, Bandura A & Sofo J

(2005) Structure of Zn²⁺ at Rutile TiO<->2<$> (110)-Aqueous Solution Interface
Zhang Z, Fenter P, Kelly S, Catalano J, Kubicki J, Bandura A, Wesolowski D, Machesky M, Sturchio N & Bedzyk M