Location : Introduction Professors Kyuho Chae

		Kyuho Chae  Eng. BID. 4-112  (Lab) 82-62-530-1874  (Cell Phone)  (Fax) 82-62-530-1909  khochae@chonnam.ac.kr

¡á	Department of Chemistry, Seoul National University, B.S.
¡á	Department of Chemistry, Korea Advanced Institute of Science, M.S.
¡á	Department of Chemistry, Korea Advanced Institute of Science, Ph. D.

¡á	1974. 4 - present : Professor, Chonnam National University.
¡á	1982-1983 : Post-doctorial fellow, Johns Hopkins University.
¡á	1991 : Visiting professor, Osaka University.
¡á	2002 - present : Research Instrument Center for College of Engineering, Head
¡á	2002 - present : Honam regional chief of the Korea Polymer Society

¡á	photofunctional polymer, photosensitive polymer, polymer photochemistry

¡á	Kyu Ho Chae, Gum Joo Sun, Hee Jung Chang, Shin Young Kaang, "A new polymeric HALS: Addition polymer of DGEBA-HALS and its photosensitizing effects", Polymer accepted (2002. 7.)
¡á	Kyu Ho Chae, Gum Ju Sun, Jin Koo Kang, and Taek Hyeon Kim, "A water developable negative photoresist based on photo-crosslinking reaction of N-phenylamide groups", J. Appl. Polym. Sci., accepted (2002. 2.).
¡á	Kyu Ho Chae and Hee Jung Chang, "Photochemical modification of polymer surface by the pendant photobase generator containing oxime-urethane groups and its application to an image recording material", J. Polym. Sci., Polym. Chem., 40, 1200 (2002).
¡á	Kyu Ho Chae, Jung Choon Gwark, and Taihyun Chang, "Image recording material based on the polymeric photobase generator containiong oxime-urethane groups", Macromol. Rapid Commun., 21, 1007 (2000).
¡á	Gum Ju Sun and Kyu Ho Chae, "Properties of 2,3-butanedione and 1-phenyl-1,2-propanedione as new photosensitizers for visible light cured dental resin composites", Polymer, 41, 6205 (2000).

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¡á	Lab Name : Photofunctional Polymer Research Laboratory
¡á	If the 20th century was an age of the electrons, the 21th century will become an age of light. Nowerdays, this comes true since we make use of the new technologies in everyday life, which was developed with the application of light. In the last 20 years, we have been studied the development of new photofunctional materials that are sensitive to visible or ultraviolet light. For example, photoresists for micro-photofabrication process, data or image recording materials, polymeric additives, and visible light cured dental resin composites etc.were studied in our laboratory. About 40 master coures and 4 Ph.D. course students were graduated, and they are now working in the research institute, companies, or universities.