임지훈 사진
임지훈
전공
Semiconductor devices, Numerical modeling, TCAD, SPICE-based compact modeling
직위(직급)
조교수
전화번호
063-270-2831
이메일
jihunlim@jbnu.ac.kr
사이트
연구분야
Semiconductor devices, Numerical modeling, TCAD, SPICE-based compact modeling

관심분야

학력

Ph.D.Department of Electrical and Computer Engineering, University of Michigan Ann Arbor (2017.09~2023.01)
M.S.Department of Electronic and Electrical Engineering, Yonsei University (2008.03~2010.02)
B.S.Department of Electrical and Electronic Engineering, Hongik University (2003.03~2008.02)

경력

Project leader & Research Scientist — Power R&D, WOLFSPEED Inc. (2023.04~2024.12)
Postdoc — University of Michigan Ann Arbor (2023.02~2023.03)
Senior Engineer — Display R&D, Samsung Display (2012.04~2017.06)
Assistant Senior Engineer — Display R&D, Samsung Electronics (2010.02~2012.03)

연구업적

저서

대표논문

Jihun Lim, “Space-Charge Limited Schottky Diodes with Wide-Bandgap Thin-film Oxide Heterojunctions” (under revision; 2025).
Jihun Lim, Stephen R Forrest, “Analysis of Air-Bridge Thermophotovoltaic Devices and Systems”, Energy Vol. 325, 136068 (2025).
Bosun Roy-Layinde, Jihun Lim, Claire Arneson, Stephen R Forrest, Andrej Lenert, “High-efficiency air-bridge thermophotovoltaic cells”, Joule Vol. 8, 2135-2145 (2024).
Bosun Roy-Layinde+, Jihun Lim+ (contributed equally), Andrej Lenert, Stephen R Forrest, “Integrated Air-Bridge Tandem Thermophotovoltaics with High Efficiency over a Broad Heat Source Temperature Range”, ACS Energy Letters Vol. 9, 2832-2839 (2024).
Jihun Lim, Bosun Roy-Layinde, Bin Liu, Andrej Lenert, Stephen R Forrest, “Enhanced photon utilization in single cavity mode air-bridge thermophotovoltaic cells”, ACS Energy Letters Vol. 8, 2935-2939 (2024).
Jihun Lim, Stephen R Forrest, “Limits to the Energy-Conversion Efficiency of Air-Bridge Thermophotovoltaics”, Physical Review Applied Vol. 19, 034099 (2023).
Byungjun Lee, Rebecca Lentz, Tobias Burger, Bosun Roy-Layinde, Jihun Lim, R Matthew Zhu, Dejiu Fan, Andrej Lenert, Stephen R Forrest, “Air-bridge Si thermophotovoltaic cell with high photon utilization”, ACS Energy Letters Vol. 7, 2388-2392 (2022).