1 Anam-dong 5 ka
Seoul, 136-701
Korea, Republic of (South Korea)
Korea University
WS2/W2C, nano hollow flower, heterostructure, HER, Synergistic effect
transition metal dichalcogenide, MoS2 small nanoflower, large surface area, electrocatalysts, hydrogen evolution reaction
tungsten carbide, nano-coral W2C, Electrospinning, HER
organic pollutants, photocatalysis, hematite, nitrogen-doped graphene, core-shell
nanoporous GaN, stress relaxation, InGaN based red emitting micro-LEDs, Light extraction efficiency, External quantum efficiency
Single-atom catalysts, Interfaces, Acidic water electrolysis, Interfacial charge engineering, Corrosion resistance
Heteroatom-dispersion, Layered double hydroxide, Oxygen vacancy defect, Synergetic effects, Water splitting