Seung-Taek MYUNG
Address:
Faculty of Nanotechnology and Advanced Materials Engineering, Sejong University, 98 Gunja-dong, Gwangjin-gu, Seoul 143-747 South Korea, Tel/fax: +82-2-3408-3454 E-mail: smyung (at) sejong.ac.kr
EDUCATION
1993 – 1997 Bachelor of Engineering in Ceramic Engineering
Dongshin University, South Korea
1997 – 1999 Master of Engineering in Ceramic Engineering
Dongshin University, South Korea
(Advisor: Prof. Hoon-Taek Chung)
Thesis Title: Preparation and Characterization of LiMn2O4 Prepared
by Emulsion Drying for Lithium Secondary Battery Cathode Material
2000 – 2003 Doctor of Philosophy in Chemical Engineering
Iwate University, Japan
(Advisior: Prof. Naoaki Kumagai, Prof. Shinichi Komaba)
Thesis Title: Synthesis, structure and electrochemical characteristics of
double transition metal oxide electrode materials for lithium-ion
secondary batteries
EMPLOYMENT HISTORY
2011 – present Associate Professor of Department of Nano Engineering,
Sejong University, South Korea
2010 – 2011 Junior Department Chair, Department of Chemical Engineering,
Iwate University, Japan
2007 – 2011 Assistant Professor of Chemical Engineering, Iwate University, Japan
2006 – 2007 Senior Researcher, 3M, South Korea
2004 – 2006 Principal Researcher, VK, South Korea
2003 – 2004 Senior Researcher, VK, South Korea
2002 – 2003 Research Assistant, Iwate University, Japan
2000 – 2002 Teaching Assistant, Iwate University, Japan
1999 – 2000 Visiting Researcher, Iwate University, Japan
HONORS / AWARDS
2010 Young Researcher Award from Electrochemical Society of Japan
2006 Listed in MARQUIS Who’sWho® in Science and Engineering
(2006-2007, 9th edition)
2003 Iwate University President’s Award – Gold Medal (outstanding student)
2001 – 2003 Yoneyama Scholarship Sponsored by Japanese Rotary Club
2002 International Exchange Support for Young Scientist sponsored by
Electrochemical Society of Japan
2000 Scholarship for Outstanding Foreign Student sponsored by International
Association of Iwate Prefecture
PROFESSIONAL SERVICE
Journal reviewer
2003 – present Journal of the Electrochemical Society
Electrochemical Solid-State Letters
Electrochemistry Communications
Electrochimica Acta
Chemistry of Materials
Journal of Power Sources
Journal of Solid State Electrochemistry
Journal of Applied Electrochemistry
Journal of Alloy and Compounds
Solid State Ionics
Chemistry Letters
Editorial Board Member
2010 – present Global Journal of Physical Chemistry
PROFESSIONAL AND SCHOLARY ASSOCIATIONS
Electrochemical Society
Electrochemical Society of Japan
Material Research Society of Japan
TEACHING ACTIVITIES
Courses developed at Sejong University
2011 (Fall) Department of Nano Engineering: Engineering Mathematics
2011 (Fall) Department of Nano Engineering: Application of Nano Materials
Courses developed at Iwate University
2010 (Fall) Department of Chemical Engineering: Chemical Engineering Laboratory
2010 (Spring) Department of Civil Engineering: Chemistry Laboratory
2010 (Spring) Department of Chemical Engineering: Practice in Physical Chemistry
2009 (Fall) Department of Chemical Engineering: Chemical Engineering Laboratory
2009 (Spring) Department of Civil Engineering: Chemistry Laboratory
2009 (Spring) Department of Chemical Engineering: Practice in Physical Chemistry
2008 (Fall) Department of Chemical Engineering: Chemical Engineering Laboratory
2008 (Spring) Department of Civil Engineering: Chemistry Laboratory
2008 (Spring) Department of Chemical Engineering: Practice in Physical Chemistry
2007 (Fall) Department of Chemical Engineering: Chemical Engineering Laboratory
2007 (Spring) Department of Civil Engineering: Chemistry Laboratory
2007 (Spring) Department of Chemical Engineering: Practice in Physical Chemistry
RESEARCH INTERESTS
Lithium-Ion Batteries:
Synthesis and design of positive electrode materials
Structural and electrochemical analysis of electrode materials
Electrode/electrolyte interface analysis by XPS and ToF-SIMS
High-rate Li-ion battery chemistry for hybrid electric vehicle application
Electrochemical behavior of current collectors
Fuel cell:
Improvement of corrosion resistance of stainless steel bipolar plate
Surface modification of bipolar plate
Electrochemical interpretation using impedance spectroscopy
Excavating new bipolar plate materials