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마이크로 픽셀구조와 Gd₂O₂S: Tb를 이용한 디지털 래디오그래피용 섬광체 패널의 제작
배공명(Kong Myeong Bae),정임덕(Im Deok Jung),이상민(Sang Min Lee),정필구(Phill Gu Jung),배승일(Seung Il Bae),김호경(Ho Kyung Kim),고종수(Jong Soo Ko) 대한기계학회 2008 대한기계학회 춘추학술대회 Vol.2008 No.5
The fabrication method of scintillator panel for digital radiography is proposed and demonstrated. The micro pixel structures were fabricated by DRIE(Deep Reactive Ion Etching) process and the scintillator was filled in the micro pixel structures using doctor blade. The micro pixel structures prevent the scattered visible light from spreading to neighboring pixels. The experimental results of X-ray image verified that the scintillator panel with smaller pixel size has better spatial resolution.
PDMS 유연 몰드를 이용한 구리 마이크로 메쉬 시트의 제작
정순녕(Sun Nyeong Jung),강창근(Chang Kun Kang),정임덕(Im Deok Jung),배공명(Kong Myeong Bae),박치열(Chi Yeol Park),정필구(Phill Gu Jung),고종수(Jong Soo Ko) 대한기계학회 2007 大韓機械學會論文集A Vol.31 No.12
A unique fabrication method for a copper micromesh is proposed and demonstrated. A PDMS mold was fabricated using a microcasting process and then used as a flexible mold in copper electroplating. The fabricated copper micromesh was well formed and connected without any cracks within the entire mold area. The experimental results verified that the fabricated features of the copper micromesh accurately followed the shape of the microstructures of the PDMS mold. This unique fabrication method provides an easy yet precise means of producing three-dimensional metal microstructures.