Fluoride and bromide removal from synthetic and real water utilizing biocompatible graphene oxide composites:Evaluating linear and nonlinear modelingOA
Fluoride and bromide removal from synthetic and real water utilizing biocompatible graphene oxide composites:Evaluating linear and nonlinear modeling
Alaa El Din Mahmoud;Rominder Suri
Environmental Sciences Department,Faculty of Science,Alexandria University,Alexandria 21511,Egypt||Green Technology Group,Faculty of Science,Alexandria University,Alexandria 21511,Egypt||Civil and Environmental Engineering Department,College of Engineering,Temple University,Philadelphia,PA 19122,USA||Water and Environmental Technology Center(WET),College of Engineering,Temple University,Philadelphia,PA 19122,USACivil and Environmental Engineering Department,College of Engineering,Temple University,Philadelphia,PA 19122,USA||Water and Environmental Technology Center(WET),College of Engineering,Temple University,Philadelphia,PA 19122,USA
Methionineβ-cyclodextrinFunctionalized compositesAnion removalAdsorption processRecyclabilityReal water samples
Methionineβ-cyclodextrinFunctionalized compositesAnion removalAdsorption processRecyclabilityReal water samples
《水科学与水工程》 2026 (2)
236-249,14
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