Kohler / Fe Co / KBr / Ligand / Elsevier Science Ltd / Denmark 2 Hydrochemical / /
Country
United States / Netherlands / Scotland / Denmark / /
Currency
USD / / /
Facility
Technical University of Denmark / /
IndustryTerm
metal adsorption / sorption site / 1D transport algorithm / background solution / Transition metal cations / printing / structural metal ions / charged site / diprotic site / resident column solution / charged sorption site / transition metal ions / mass action law / alkali metal ion exchange / chemical bond / chemical equilibrium constants / chloride solutions / surface site / variable chemical conditions / gas pockets / active sorption site / resident solution / column solutions / natural systems / metal ions / multi-oxygen adsorption site / chemical analysis / chemical studies / /
Organization
Technical University of Denmark / Federal Government / Department of Geology and Geotechnical Engineering / Oxford Univ. / Geotechnical Engineering and Groundwater Research Centre / Oregon State Univ. / Cornell Univ. / /
Person
Davis / Kent / Valeriusstraat / Henrik Skov / M. F. Hochella / Jr. / Clay Min / A. F. White / Van Riemsdijk / Hiemstra Riemsdijk / /
Position
Waite T. D. / Jahn-Teller / surface complexation model for birnessite / Miner / CaO / Consultant / Curtis G. P. / /
ProvinceOrState
Oregon / /
Technology
ion exchange / X-ray / sorption / 1D transport algorithm / spectroscopy / ATM / /
PII: S0016[removed]