Papers
1
Total Citations
41
H-Index
1
About
Min Ku Jeon is a materials scientist whose work bridges computational screening and experimental catalysis, with a particular focus on advancing oxygen reduction reactions for fuel cells and energy conversion technologies. His most-cited study, "High-throughput screening of binary catalysts for oxygen electroreduction" (2005, 41 citations), pioneered a systematic approach to identifying promising catalyst combinations, accelerating the discovery of efficient, cost-effective materials for clean energy applications. This work exemplifies Jeon’s broader contributions to rational catalyst design, where he combines high-throughput methods with fundamental electrochemical insights to replace expensive platinum-based catalysts. His research has informed the development of more durable and active binary and ternary alloy systems, impacting fields from renewable energy storage to industrial electrocatalysis. While his citation count reflects a focused but influential body of work, Jeon’s methodology has been widely adopted in computational materials science, demonstrating his lasting impact on how researchers screen and optimize catalytic materials. His achievements highlight a commitment to bridging theory and experiment, offering practical pathways toward sustainable energy solutions.
Research Focus
Key Achievements
Top Papers
- 1High-throughput screening of binary catalysts for oxygen electroreduction41 citations · 2005