All abstracts by Janice Kenney in conference series: Goldschmidt
(2020) Overmedicated Minerals: Pharmaceutical Sorption to Iron OxidesKenney J, Ritson J & Rigby H
(2016) Uranium Sorption to Multi-Mineral Systems Associated with Radioactive Waste Disposal
Kenney J & Weiss D
(2015) Desorption Mechanisms of Phosphate from Iron Oxide Nanoparticles
Krumina L, Kenney J, Loring J & Persson P
(2015) The Effect of High pH and Ionic Strength on the Adsorption of Uranium to Quartz, Sandstone, and Volcanic Rock
Kenney J, Watson J & Weiss D
(2015) Phosphorus Triggers CaCO3 Biomineralization by Affecting Synechoccocus Cells Surfaces
Paulo C, Kenney J, Persson P & Dittrich M
(2013) Spectroscopically Visualising the Availability of Goethite-Sorbed Phosphate to Soil Microorganisms
Kenney J, Giesler R & Persson P
(2013) Adsorption of Natural Organic Matter at the Water/Gibbsite Interface
Andersson K, Kenney J, Persson P & Karlsson T
(2012) The Effect of Extracellular Polysaccharides on the Mobility of Phosphates Bound to Iron Oxides
Kenney J & Persson P
(2011) Comparing the Surface-Promoted Hydrolysis of Phosphate Mono- and Diesters on Goethite
Kenney J & Persson P
(2010) Effect of Extracellular Polymeric Substances (EPS) on Cd Adsorption to Shewanella oneidensis and Pseudomonas putida: X-Ray Absorption Fine Structure Study
Rui X, Kenney J, Fein J & Bunker B
(2010) Gold Adsorption and Reduction by Non-Metabolizing Bacterial Cells
Kenney J, Song Z, Bunker B & Fein J
(2009) XAFS Study of Gold Adsorption to Bacillus subtilis Bacterial Cells
Song Z, Kenney J, Fein J & Bunker B
(2009) Surface Reactivity of Acidophilic and Alkaliphilic Bacteria as Determined by Potentiometric Titrations
Kenney J & Fein J
(2009) Au Adsorption to Pseudomonas putida Bacteria – An XAFS Study
Bunker B, Song Z, Kenney J & Fein J
(2008) The Role of Extracellular Polysaccharides in the Adsorption of Metals onto Biofilms
Kenney J, Ginn B & Fein J
(2007) Bugs with Bling: An Experimental Study of Gold Removal from Solution by Non-Metabolizing Bacterial Cells
Kenney J & Fein J