Juhyun Kim
Papers
1
Total Citations
2
H-Index
1
About
Juhyun Kim is an emerging researcher specializing in plasma diagnostics and semiconductor processing technology, with a focus on developing innovative in situ measurement tools for advanced manufacturing environments. Kim's most notable contribution is the development of a wafer-type plasma monitoring sensor that leverages a floating-type double probe methodology, enabling two-dimensional spatial mapping of plasma parameters directly within semiconductor processing chambers. This work represents a significant technical milestone, as it achieves the first realization of automated robot arm transfer capability for such a sensor system, allowing seamless integration into real-world fabrication workflows without disrupting production processes. By enabling in situ, spatially resolved plasma diagnosis, Kim's research addresses a critical challenge in semiconductor manufacturing: understanding and controlling plasma uniformity to improve device yield and process reproducibility. Although this 2024 publication is in its early citation stages with 2 citations, its practical applicability to industry-standard equipment positions it as a meaningful contribution to the plasma diagnostic instrumentation field. Kim's work bridges fundamental plasma physics and applied semiconductor engineering, making it highly relevant to both academic researchers and industry engineers seeking smarter process monitoring solutions.
Research Focus
Key Achievements
Top Papers
- 1