Alumni

Ph.D Degree: Jonggu Han (한종구)

2021.03 - 2025.08:  Ph.D. Course in Dept. Appl. Plasma & Quantum Beam Eng.

Thesis

Spectroscopic diagnosis and analysis for the spatiotemporal characterization of magnetized nitrogen plasma

Career

KAIST (Postdoctoral fellow)

Ph.D Degree: Daehyun Choi (최대현)

2021.03 - 2025.08:  Ph.D Course in Dept. Appl. Plasma & Quantum Beam Eng.

Thesis

Development of a thermal plasma pilot system for municipal solid waste gasification and its performance evaluation for solid oxide fuel cell operation

Career

Korea Institute of Fusion Energy

Ph.D Degree: Seongchan Kang (강성찬)

2022.03 - 2025.02:  M.S. Course in Dept. Appl. Plasma & Quantum Beam Eng.

Thesis

Characterization of atmospheric pressure plasma chemistry and its application for surface functionalization and gas conversion

Career

SEMES

  

Master Degree: Byeongjun Ko (고병준)

2023.03 - 2025.02:  M.S. Course in Dept. Appl. Plasma & Quantum Beam Eng.

Thesis

Conversion and deposition characteristics of hydrocarbon gases (CH4, C2H4, C2H6) using atmospheric pressure dielectric barrier discharge plasmas

Career

NPP

 

Master Degree: Sangjun Park (박상준)

2023.03 - 2025.02:  M.S. Course in Dept. Appl. Plasma & Quantum Beam Eng.

Thesis

Impacts of long-term chamber wall contamination on thin film deposition in C4F8/Ar/N2 plasma proecesses

Career

SEMES

  

Master Degree: Jihoon Kim (김지훈)

2023.03 - 2025.02:  M.S. Course in Dept. Appl. Plasma & Quantum Beam Eng.

Thesis

Non-uniform characteristics and thin film deposition mechanism in magnetized capacitively coupled Ar/C4F8 plasma

Career

SEMES

  

Ph.D Degree: Se Min Chun (천세민)

2020.03  - 2024.08:  Ph.D. Course in Dept. Applied Plasma Engineering

Thesis

Carbon dioxide reforming of methane by an atmospheric pressure microwave plasma torch to produce valuable synthetic gases

Career

Korea Institute of Fusion Energy

 

Master Degree: Dong-hyun Kim (김동현)

 2020.03 - 2022.02:  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 in Sungkyunkwan University

  

Research Professor: Rodolphe Mauchauffe (호돌프 모쇼폐)

2017.03  - 2021.10:  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/H2 plasmas using optical absorption spectroscopy

Career

JBNU High-enthalpy Plasma Research Center

 

  

Ph.D Degree: Seungyoon Ma (마승윤)

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

Kashiyama K Tech

 

 

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

 

 

 

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