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양순철(Sun-Choel Yang),김상혁(Sang-Hyuk Kim),허명상(Myung-Sang Huh),장기수(Ki-Soo Chang),박순섭(Soon-Sub Park),원종호(Jong-Ho Won),김건희(Geon-Hee Kim) 한국기계가공학회 2012 한국기계가공학회지 Vol.11 No.2
Ultra Precision Machining Techniques, such as manufacturing Micro Lens Array(MLA), off-axis mirror, F-θ lens for laser printer, are achieved, based on technologies in consequence of development of modern high-precision machining mechanism. Above all, FTS(Fast Tool Servo) and STS(Slow Tool Servo) are more innovative technologies for reducing time and development costs. In this paper, it is described that MLA machining technique by FTS, off-axis mirror machining technique by STS, optics for observing space, and development of infrared aspheric lens for a thermal imaging microscope.
초정밀 가공기를 이용한 적외선 감지소자 HgCdTe의 절삭특성에 관한 연구
김효식(Hyo-Sik Kim),양순철(Sun-Choel Yang),김명상(Myung-Sang Kim),김건희(Geon-Hee Kim),이인제(In-Je Lee),원종호(Jong-Ho Won),조병무(Byoung-Moo Cho) 한국기계가공학회 2007 한국기계가공학회 춘추계학술대회 논문집 Vol.2007 No.-
This study aims to find the optimal cutting conditions, when are IR Detection device HgCdTe is machined with diamond tool of diamond turning machine. Machining technique for HgCdTe with single point diamond turning tool is reported in this paper. The main factors influencing the machined surface quality are discovered and regularities of machining process are drawn. It has been found HgCdTe has more and more important applications in the field of modern optics. The purpose of our research is to find the optimum machining conditions for ductile cutting of HgCdTe and apply the SPDT technique to the manufacturing of ultra precision optical components of brittle materials.