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Powder blasting을 이용한 Fused silica glass의 마이크로 채널 가공 및 특성 평가에 관한연구

Evaluation of micro-channel characteristics of fused silica glass using powder blasting

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Recently, due to the development of MEMS technology, researches for the production of effective microstructures and shapes have been actively conducted. However, the process technology based on chemical etching has anumber of problems such as environmental pollution and time problems due to multi-process. Various processes to copewith this process are being studied, and one of the mechanical etching processes is the powder blasting process. Thisprocess is a method of spraying fine particles, which has the advantage of being an effective process in manufacturinghard brittle materials. However, it is also a process that adversely affects the material surface roughness and materialproperties due to the impact of the injection of fine particles. In this study, after fabricating micro-channels in fused silicaglass with excellent optical properties among the hard brittle materials, we used the nano indentation system to analyzethe micro parts using nano-particles as well as machinability and surface roughness analysis of the processed surface. Theanalysis was performed for the effective processing of powder blasting

Abstract

Recently, due to the development of MEMS technology, researches for the production of effective microstructures and shapes have been actively conducted. However, the process technology based on chemical etching has anumber of problems such as environmental pollution and time problems due to multi-process. Various processes to copewith this process are being studied, and one of the mechanical etching processes is the powder blasting process. Thisprocess is a method of spraying fine particles, which has the advantage of being an effective process in manufacturinghard brittle materials. However, it is also a process that adversely affects the material surface roughness and materialproperties due to the impact of the injection of fine particles. In this study, after fabricating micro-channels in fused silicaglass with excellent optical properties among the hard brittle materials, we used the nano indentation system to analyzethe micro parts using nano-particles as well as machinability and surface roughness analysis of the processed surface. Theanalysis was performed for the effective processing of powder blasting

참고문헌 (12)

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  5. H. Wensink, "Mask materials for powder blasting", J. Micromech. Microeng, 10, pp.175~180 (2000)
  6. 박동삼, "파우더 블라스팅에 의한 OELD용 유리캡의 가공 및 크랙 특성", 한국생산제조학회지, 15(5), pp.51~58 (2006), 한국생산제조학회
  7. 박동삼, "파우더 블라스팅에 의한 Si3N4-hBN계 머시너블 세라믹스의 미세패턴 가공성 평가", 한국생산제조학회지, 13(2), pp.33~39 (2004), 한국생산제조학회
  8. M. W. Cho, "Application of Powder Blasting Techniques to Micro-pattern Making Process for Si3N4-hBN Composites", Key Engineering Materials, 287, pp.51~56
  9. J. J. Kim, "Surface roughness effect in instrumented indentation : A simple contact depth model and its verification", J. Mater. Res, 21(12), pp.2975~2978 (2006)
  10. 이윤희, "나노압입 유기된 소성변형역 크기 측청에 기반한 박막소재의 항복강도 평가", 대한금속·재료학회지, 44(10), pp.668~683 (2006), 대한금속·재료학회
  11. 李潤熙, "나노 압입곡선에 미치는 잔류응력 영향의 미세역학적 분석", 대한금속·재료학회지, 40(12), pp.1236~1242 (2002), 대한금속·재료학회
  12. D. I. Son, "Evaluation of Young's Modulus and Yield Strength of Al Film Using Microcantilever Beams", Journal of Korean Institute of Metals and Materials, 39(3), pp.274~282 (2001)

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