Prof. Sang Ho Kim
Department of Chemistry
Kongju National University
182 Shinkwan, Kongju 314-701
South Korea
Email: sangho1130@kongju.ac.kr
1987-1991 Dept. of Chemistry, Seoul National University, B.S.
1991-1994 Dept. of Chemistry, Seoul National University, M.S.
1994-1999 Dept. of Chemistry and Biochemistry, UCLA, PhD
1998 Visiting scholar at Hewlett Packard Labs
1999~2001 Post-doc at Hewlett-Packard Labs
2001~2009 LG Chem Research Park (a principal research scientist/project leader at LG Chem)
2009-current, Kongju National University, Associate Professor
Current research fields
1) Nano materials for Printed Electronics
Based on Ag and Cu nanoparticles, I want to develop a ink materials for printed
electronics applications including LCD, OLED, RFID and Flexible Display.
2) Solar Cell Materials
I am working on Ag and Al paste for crystalline Si solar cells.
3) Meso-porous Materials
I am working on mesoporous carbon and silica materials for possible application in air
purification.
4) Environmental Toxicity Study on Nanomateials
Develop a standard characterization methods for environmental toxicity study.
I am looking for a post doctoral research associate or a research professor of our department in a
research field of synthetic chemistry of colloidal nanocrystals, polymer science for self-assembly
and/or rheological properties of nanocrystal/polymer composite or physical chemistry of
nanomaterials.
Prof. Jinkwon Kim
Department of Chemistry
Kongju National University
182 Shinkwan, Kongju 314-701
South Korea
Email: jkim@kongju.ac.kr
1982-1986, Seoul National University, B.S.
1987-1992, Korea Advanced Institute of Science and Technology (KAIST), Ph.D.
1996-1997, University of Utah (Prof. J.S. Miller), Post Doc.
2006-2007, University of Michigan (Prof. N.A. Kotov), Visiting Professor
1993-current, Kongju National University, Professor
2001-2006, Director, National Research Laboratory
(Molecular Nano Material Lab. Ministry of Science and Technology, Korea)
Current research fields
1) Synthesis of nanocrystals of semiconductors, metals and ceramics for energy conversion,
inks for printable electronics and transparent conducting films.
2) Self-assembly of nanocrystals to form hybrid asymmetric structures such as matchstick
structure, parallel dimeric structures of nanorods, nanodumbbell structures.
3) Magnetic molecular clusters and nanocrystals such as single molecule magnets and
diluted magnetic semiconductors.
4) Synthesis of molecular precursors for CVD and ALD.
I am looking for a post doctoral research associate or a research professor of our department in a
research field of synthetic chemistry of colloidal nanocrystals, polymer chemistry for self-assembly,
or physical chemistry of nanomaterials.