ScholarWorks@Hongik: Lee, Jae han

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Lee, Jae han (이재한)

Integrated AID Science and Technology (Biological and Chemical Engineering)

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Capacitive deionization:11||Lithium manganese oxide:4||Cycling stability:4||Ion separation:4||Desalination:4||Stateofcharge control:3||Seawater desalination:3||Faradaic electrodes:3||Prussian blue analogues:3||Electrochemical lithium recovery:3||Electrochemical ion separation:3||Wettability:2||Hybrid capacitive deionization:2||Nafion:2||Selective ion recovery:2||Energy consumption:2||Activated carbon:2||StateofCharge control:2||Copper hexacyanoferrate:2||Water treatment:2||Electrochemcial lithium recovery:1||Electrochemical ammonium recovery:1||Electrochemical ion exchange system:1||Electrochemical process:1||Electrochemical selectivity:1||Electrochemical softening:1||Electrochemical system:1||Electrochemical water treatment:1||Electrochemically generated oxidants:1||Electrochromism:1||Enrichment:1||Experience design:1||Faradaic electrode:1||Flow electrode capacitive deionization:1||Flowelectrode capacitive deionization:1||Freezedrying:1||Hybrid desalination system:1||Impurity removal:1||Ionexchange membrane:1||Ionselective electrode:1||Ionselective membrane:1||Layered double hydroxide:1||Layered double hydroxide hydroxide/reduced graphene oxide composite:1||Li, Ni, and Co separation:1||Lithiumion batteries:1||Local commercial:1||Multichannel flow system:1||Nanosilicon:1||Onestep process:1||Polymer multilayers:1||Potassium:1||Prelithiation:1||Prussian blue:1||Prussian blue analogue:1||Redox flow deionization:1||Reduced graphene oxide nanoribbons:1||Reduced graphene oxide/hydroxyapatite composite:1||Rockingchair capacitive deionization:1||Selective Na+ separation:1||Selective fluoride removal:1||Selective phosphate removal:1||Silver:1||Sodium:1||Sodium manganese oxide:1||Swine wastewater:1||TiO2 nanotube:1||TiO2 nanotube array:1||TiO2 nanotube array electrode:1||TiO2 solgel coating:1||Urban regeneration:1||Zeolite modified carbon electrode:1||capacitive and oxidantgenerating properties:1||capacitive mixing:1||desalination battery:1||electrochemical ion separation:1||electrochemical lithium recovery system:1||electrochemical selfdoping:1||electrochemistry:1||electrochromism:1||energy conversion:1||lithium manganese oxide:1||multichannel flow system:1||salinitygradient energy:1||sodium manganese oxide:1||spineltype:1||water treatment:1||경험 디자인:1||골목 상권:1||도시 재생:1||(rGONRs):1||브랜드 전략:1||Ag/AgCI:1||Ammonium bicarbonate:1||Ammonium ion separation:1||Ammonium removal:1||Anode material:1||BX design:1||BX 디자인:1||Brackish water:1||Brnad strategy:1||CO2 utilization:1||Calcium and sodium ions:1||Capacitive deionization (CDI):1||Cathodic polarization:1||Cationselective battery materials:1||Chloride removal:1||Composite electrode:1||Concentrated seawater:1||Desalination and oxidation:1||Desalination battery:1||

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