전북대학교
Master Degree: Dong-hyun Kim (김동현)
20.03
- 2021.03: M.S. Course in Dept. Appl. Plasma & Quantum Beam Eng.
Thesis
Low-temperature atmospheric-pressure plasma surface functionalization for surface wettability control and oil/water separation
Career
Ph.D candidate in Sungkyunkwan University
Research Professor: Rodolphe Mauchauffe (호돌프 모쇼폐)
17.03
- 21.10: Research Professor in Dept. Quantum System Eng.
Research areas
Low-temperature atmospheric-pressure plasma surface functionalization
Career Luxembourg Institute of Science and Technology (LIST)
Ph.D Degree: Deog Gyun Cho (조덕균)
2016.03
- 2020.02: Ph.D. Course in Dept. Applied Plasma Engineering
Thesis
A study on the hydrogen atomic density diagnosis in RF inductively coupled Ar/H
₂
plasmas using optical absorption spectroscopy
Career
JBNU High-enthalpy Plasma Research Center
Ph.D Degree: Sukhwal Ma (마숙활)
2016.03
- 2019.08: Ph.D. Course in Dept. Applied Plasma Engineering
Thesis
Study on water treatment application using characteristic of atmospheric-pressure non-thermal plasma
Career
한국원자력의학원
Ph.D Degree: Duksun Han (한덕선)
2014.03
- 2017.08: Ph.D. Course in
Dept. Applied Plasma
Engineering
Thesis
Characterization of atmospheric pressure plasma source and its application for surface modification and bio-medicine
Career
Korea Institute of Fusion Energy (한국핵융합에너지연구원)
Master Degree: Sangho Park (박상호)
2014.09- 2016.08: M.S. Course in
Dept. Applied Plasma
Engineering
Thesis
Investigation of plasma parameters in dual antenna CF4/Ar/O2 inductively coupled plasma
Career
Samsung Display
Master Degree: A-Young Moon (문아영)
2014.03- 2016.02: M.S. Course in
Dept. Applied Plasma
Engineering
Thesis
Storability improvement of agricultural products using dielectric barrier discharge plasmas treatment at atmospheric pressure
Career
JBNU High-enthalpy Plasma Research Center
Master Degree: Daehyun Kim (김대현)
2013.03- 2016.02: M.S. Course in
Dept. Applied Plasma
Engineering
Thesis
Superhydrophobic surface modification using atmospheric pressure plasma and feasibility study for solar cell module application
Career
TEL Korea
Master Degree: Sooryun Noh (노수련)
2013.03- 2015.08: M.S. Course in
Dept. Applied Plasma
Engineering
Thesis
Characterization of RF Inductively Coupled Plasma and plasma effect of physical/chemical damage on photoresist
Career
SEMES