Hyung Chan Kim
Papers
1
Total Citations
45
H-Index
1
About
Hyung Chan Kim is a leading figure in the development of advanced sensor technologies, with a primary focus on humidity sensors and micro-nano scale fabrication. His most influential work, "Fabrication of ZnSnO3 based humidity sensor onto arbitrary substrates by micro-Nano scale transfer printing" (2016), has garnered 45 citations, establishing a foundation for flexible, high-performance sensing devices. Kim's major contribution lies in pioneering a transfer printing method that allows ZnSnO3-based sensors to be applied onto unconventional, non-planar substrates—a breakthrough that expands the practical utility of humidity sensors in wearable electronics and environmental monitoring. This innovation addresses critical challenges in sensor integration, enabling robust performance across diverse surfaces without compromising sensitivity. Beyond this seminal paper, Kim's research continues to push boundaries in material science and device engineering, with his work frequently cited for its methodological rigor and real-world applicability. His achievements underscore a commitment to bridging laboratory innovation with scalable manufacturing, making him a notable figure for students and researchers interested in the intersection of nanotechnology, flexible electronics, and sensor design.
Research Focus
Key Achievements
Top Papers
- 1