Location : Introduction Professors Sung June Cho

		Sung June Cho  Eng. 5A-223  (Lab) (82)-62-530-1902  (Cell Phone) (82)-16-464-3528  (Fax) (82)-62-530-1909  sjcho@chonnam.ac.kr

¡á	1988. 3 - 1992. 2, Department of Chemistry, Korea Advanced Institute of Science and Technology
¡á	1992. 3 - 1994. 2, Department of Chemistry, Korea Advanced Institute of Science and Technology
¡á	1994. 3 - 1997. 2,  Department of Chemistry, Korea Advanced Institute of Science and Technology

¡á	1997. 5 - 2002. 12, Senior researcher, Korea Institute of Energy Research

¡á	Production and storage of methane and hydrogen/Fabrication of functional nanomaterials and its characterization by NMR, TEM and XAFS

¡á	Sung June Cho, Kwang Sup Song, In Soo Ryu, Yong Seog Seo, Min Woong Ryoo, and Sung Kyu Kang, ¡°Characteristics of methane combustion over La-Cr-O catalysts¡± Catal. Lett., 1999, 58, 63
¡á	Yong Seog Seo, Sung June Cho, Sung Kyu Kang and Hyun Dong Shin, ¡°Experimental and numerical studies on combustion characteristics of a catalytically stabilized combustor¡± Catalysis Today, 2000, 59, 75-86
¡á	Sung June Cho and Sung Kyu Kang ¡°Reversible Structural Transformation of Palladium Catalyst Supported on La-Al2O3 Probed with X-ray Absorption Fine¡± J. Phys. Chem. B, 2000, 104, 8124.
¡á	Sung June Cho, Yong Seog Seo, Kwang Sup Song, Nam Jo Jeong and Sung Kyu Kang ¡°Surfactant-meditated synthesis of metal substituted hexaaluminate from alumina sol¡± Applied Catalysis B: Environmental, 2001, 30, 351.
¡á	Sung June Cho and Ryong Ryoo ¡°Formation and Growth of of Nano Sized RuIr Bimetallic Cluster Supported on NaY Zeolite¡± J. Phys. Chem. B., 2001, 105, 1293.

¡á	Study on key technologies for ethylene production system development from gaseous raw material, KIER, 1999. 7
¡á	Development of NOx-free chemical-looping combustion technology, KIER, 2001. 12
¡á	Development of hydrogen storage techniques using carbon-based materials (I), KIER, 2001. 8
¡á	Development of hydrogen storage techniques using carbon-based materials (II), KIER, 2002. 8

¡á	Lab Name : Clean Energy Technology Laboratory
¡á	My laboratory aims to develop an innovative technology for methane and hydrogen production, storage and utilization using functional nanomaterials.  Microporous and mesoporous ceramics and organic-inorganic hybrid composite have been synthesized using novel nanoreactor.  Nuclear magnetic resonance, transmission electron microscope and X-ray absorption fine structure have been extensively used for the characterization of the nanostructure.  Environmental and energy application using the functional nanomaterial is an ultimate goal of my laboratory.