水科学与水工程2026，Vol.19Issue(2)：236-249,14.DOI:10.1016/j.wse.2026.03.002
Fluoride and bromide removal from synthetic and real water utilizing biocompatible graphene oxide composites:Evaluating linear and nonlinear modeling
Fluoride and bromide removal from synthetic and real water utilizing biocompatible graphene oxide composites:Evaluating linear and nonlinear modeling
Alaa El Din Mahmoud 1Rominder Suri2
作者信息
- 1. 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,USA
- 2. 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,USA
- 折叠
摘要
关键词
Methionine/β-cyclodextrin/Functionalized composites/Anion removal/Adsorption process/Recyclability/Real water samplesKey words
Methionine/β-cyclodextrin/Functionalized composites/Anion removal/Adsorption process/Recyclability/Real water samples引用本文复制引用
Alaa El Din Mahmoud,Rominder Suri..Fluoride and bromide removal from synthetic and real water utilizing biocompatible graphene oxide composites:Evaluating linear and nonlinear modeling[J].水科学与水工程,2026,19(2):236-249,14.
