Media Link: Professor Lee Ji-hoon's research team (Department of Electronic Engineering) at Kwangwoon University develops a novel chromium-doped NiBP microsphere electrocatalyst for green hydrogen production under high-current/high-temperature industrial operating conditions
Media Link: Kwangwoon University, World's First Development of Chrome-Doped NiBP Microsphere Electrocatalyst
Media Link: Professor Lee Ji-hoon's team at Kwangwoon University develops world's first chromium-doped NiBP microsphere electrocatalyst
Media Link: Professor Lee Ji-hoon's research team (Department of Electronic Engineering) develops novel chromium-doped NiBP microsphere electrocatalyst for green hydrogen production under high-current/high-temperature industrial operating conditions
Media Link: Excellent performance with ruthenium doping on nickel-manganese-boron electrodes, stable high-current operation and meeting industrial requirements
Media Link: Professor Lee Ji-hoon ( Department of Electronic Engineering ) research team , high stability at high current density
Media Link:
Professor Lee Ji-hoon's team at Kwangwoon University develops world's first electrocatalyst for producing ultra-pure green
Media Link: Based on nickel - boron - phosphide microspheres development of high-efficiency green hydrogen production electrodes that meet industrial requirements
Media Link: Professor Jihoon Lee ( Department of Electronics ) research team, Based on nano-disc type ternary tungsten cobalt boron (W3CoB3) Development of high-efficiency green hydrogen production electrode
