ScholarWorks@Hanyang University: Lim, Hee Dae

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Lim, Hee Dae (임희대)

COLLEGE OF ENGINEERING (DEPARTMENT OF CHEMICAL ENGINEERING)

Research Area: 차세대 이차전지, 전고체전지, 다가이온 전지, 리튬 금속전지, Next-generation batteries, All solid state battery, Multivalent battery, Li metal battery

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Li2O2:3||Carbon nanofiber:3||lithiumoxygen batteries:3||magnesium:2||redox mediators:2||LiO2 battery:2||/p>:2||in situ differential electrochemical mass spectroscopy:2||nanoporous carbon:2||Carbon nanoweb:2||sodium:2||sodiumion batteries:2||solid electrolyte:2||Density functional theory:2||carbon nanotubes:2||Macroporous carbon:2||layered:2||catalysts:2||stability:2||Sodium:2||cathodes:2||Magnesiophilic seeds:2||oxygen evolution:2||oxygen evolution reaction:2||oxygen redox:2||Cathode:2||p>:2||lithium metal batteries:2||Magnesium metal battery:2||Liion batteries:2||<:2||lithiumion batteries:2||:2||LiO2 batteries:2||batteries:2||Electrochemistry:1||Electrode:1||Electrolyte:1||Electrolyte additives:1||Energy density:1||Energy storage:1||Febased cathodes:1||Gold nanoparticles:1||Graphene:1||Graphite:1||HF scavenging:1||Hybrid capacitor:1||Hybrid catalyst:1||Inorganic SEI layer:1||Interface:1||Li affinity:1||Li metal anode:1||Li metal batteries:1||LiO(2)battery:1||LiSO2 battery:1||Liair batteries:1||Liair battery:1||Liexcess metal oxides:1||Liion:1||Limetal battery:1||Li2CO3:1||Li3PS4:1||Li7P2S8I:1||LiI:1||LiO2 batteries:1||Lithium metal battery:1||Magnesium:1||Magnesiummetal battery:1||Magnesiumsulfur battery:1||MagnesiumDendrite:1||Mesoporous carbon:1||Metal anode:1||Metal dissolution:1||Mg battery:1||Mg surface:1||Mgmetal battery:1||Multivalent ion:1||Na rechargeable batteries:1||Naion Batteries:1||NaCl electrodes:1||NaPO (3)<:1||Nanobridging:1||Nanoporous carbon:1||Nitrogendoped mesoporous carbon:1||Nucleation seed:1||Onephase reaction:1||Oxygen redox:1||P2Na0.67Fe0.5Mn0.5O2:1||P3Na 0.6[Mn Co0.6( 0.2) Mg 0.2 ]O 2<:1||Passivating layer:1||Polyhydroxyalkanoate binder:1||Polysulfide fragmentation:1||Porous aromatic frameworks:1||Protective layer:1||Pseudocapacitor:1||Pyridinic nitrogen:1||Pyrolytic carbon:1||Pyroprotein:1||SEI layer:1||Safety:1||Silk:1||Singleion conductor:1||Sn anode:1||Sodiumion batteries:1||Solid electrolyte interphase:1||Solid electrolytes:1||Solidstate electrolyte:1||Succinonitrile:1||Thick cathode:1||Tin oxide:1||Ultramesopore:1||Waste plastic:1||Zinc metal anode:1||alkaliion storage mechanism:1||allsolidstate batteries:1||allsolidstate battery:1||anionic:1||anodefree batteries:1||anodeminimized Li metal batteries:1||aqueous battery separator:1||argyrodite:1||artificial layer:1||atomic layer deposition:1||bifunctional electrocatalysts:1||biomimetics:1||blood protein:1||capacity retention:1||capillary force:1||carbon defect:1||carbon substrate:1||cathode:1||cationic:1||chemical modification:1||cointercalation:1||conformal carbon encapsulation:1||cyclability:1||dendrite free:1||dendrite growth suppression:1||dendritefree batteries:1||discharge catalysts:1||disordered rocksalt:1||electrochemical mechanism:1||electrochemistry:1||electrolyte layer:1||electron paramagnetic resonance:1||energy storage:1||fibrils:1||firstprinciples calculations:1||full cell:1||graphene coating:1||graphene coatings:1||graphite:1||hard carbon:1||hard carbon anode:1||hemoglobin:1||hierarchical carboncobalt oxide inverse opal:1||highloading NCA:1||highpower batteries:1||horizontal Li deposition:1||indium:1||intercalation propensity:1||internal pressures:1||ion flux distribution:1||lattice oxygen:1||leaching:1||liquidbased synthesis:1||lithiophilic catalyst:1||lithium:1||lithium battery:1||lithium methyl carbonate:1||lithium nickel oxide:1||lithium oxygen batteries:1||lithiumoxygen battery:1||magnesiophilic:1||mechanism:1||metal anode:1||metal anodes:1||metallic NaCl:1||mixedpolyanion cathode:1||nanosubstrate:1||naturederived catalyst:1||nickel:1||nickelrich layered cathodes:1||nucleophilic agent:1||onionlike carbon:1||organic electrochemistry:1||organic electrode materials:1||organic rechargeable batteries:1||oxygen reduction reaction:1||passivation film:1||polyethylenimine:1||polyhedral oligomeric silsesquioxane:1||porefilling mechanism:1||presodiation:1||pseudocapacitance:1||quasisolidstate electrolyte:1||rate capability:1||rechargeability:1||redox:1||ruthenium:1||sacrificial cathodes:1||sea salts:1||silicon anode:1||singlecomponent coating:1||singleion transport:1||solid state batteries:1||solidelectrolyte interphase:1||solidstate electrolyte:1||solubility equilibrium:1||soluble polysulfides:1||stacking faults:1||structural evolution:1||succinonitrile:1||sulfur dioxide:1||superionic conductor:1||superoxide:1||surface engineering:1||surface reaction:1||synergistichosting layer:1||upcycling:1||vitamin K2:1||voltage hysteresis:1||waste biomass:1||zinc battery:1||3D current collector:1||3D structure:1||3Dstructured:1||Air electrode:1||Aluminum batteries:1||Aluminum metal anode:1||Anionic structure:1||Anode:1||Aqueous zinc ion battery:1||Atomic layer deposition:1||Bacterial cellulose:1||Batteries:1||Battery:1||Benzylamine:1||CO2 adsorption:1||CO2sponging electrode:1||Ca batteries:1||Carbon electrode:1||Carbon materials:1||Carbon mesh:1||Carbonization:1||Catalyst:1||Catalytic effect:1||Catalytic template:1||Cathode electrolyte interphase:1||Cointercalation:1||Conductive nanofibrillar network:1||Coulombic efficiency:1||Crystallinity:1||Cu scaffold:1||Current collector:1||Cyclability:1||Dendrite:1||Dual ion batteries:1||

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