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康俊吉,洪義錫 光云大學校 1974 論文集 Vol.3 No.-
디지탈 통신 혹은 아날로그신호의 디지탈 메모리등을 위한 주파수 변조에 관한 시스템을 구성하였다. 본래는 양자화된 음성신호의 디지탈녹음을 위한 것으로서 디코딩을 행하였을때 본래의 아날로그 신호에 가까운 결과를 가져왔다. In the transmission or recording system for digital signals, some modulation techniques are used. High level and low level are shifted on frequencies of 50 KHz and 35 KHz respectively, and transmited to communication channel or to memory system. All system designed for these purposes showed in good results.
大파라보라 反射鏡의 球面誤差測定을 爲한 焦點化裝置의 硏究
康俊吉 光云大學校 1982 論文集 Vol.11 No.-
To measure the curvature error of the large parabolic mirror surfaces, by the optical interferometer, being discussed the system which can be focused on 2 focal length from the light source point at same position with mathematical model, and proposed the discrete source mirror method which can be set up and measurements in practically for these purposes.
마이크로컴퓨터를 利用한 半導體 成長裝置의 制御에 關한 硏究
康俊吉 光云大學校 1983 論文集 Vol.12 No.-
Techniques of the microcomputer programming and the interface system for semiconductor growing system are analyzed. The systems consist of the A/D and D/A converting interfaces to detect the parameters of the system and also have the functions of programmed controlled for growing purpose.
강준길,박창문,김인태,이상우,강성권,Dong-Hee Cho,Ha Hyeong Lee,Young Nam Lee,Dae Won Lim,Sung Jae Lee,Sung Ho Kim,Young Ju Bae 대한화학회 2008 Bulletin of the Korean Chemical Society Vol.29 No.3
The complexes Pd(nbmtp)Cl₂and Pt(nbmtp)Cl₂(nbmptp = 1-nonyl-3,4-bis(methylthio)pyrrole) were prepared and their x-ray structures were determined at room temperature. The four-coordinated metal unit and the pyrrole ring formed a nearly planar geometry. The free ligand dissolved in CH₂Cl₂produced two luminescence bands associated with the lone-pair electron of S (λmax = 525 nm) and the pyrrole p electron (λmax = 388 nm). When the two complexes were dissolved in CH₂Cl₂, these two luminescence bands were also observed, although the low-energy band was blueshifted. For the crystalline Pt(II) complex, only the strong charge transfer band (λmax = 618 nm) from the d* orbital of Pt resulted from excitation of the lone-pair electron of S.