Development of the Magnetic Abrasive Using Worthless Mineral

폐광물을 이용한 자기 연마재 개발

  • 김희남 (명지대학교 기계공학과) ;
  • 김동욱 (한국과학기술원 대학원)
  • Published : 2006.03.31

Abstract

The magnetic polishing is the useful method to finish using magnetic power of magnet. This method is one of precision polishing techniques and has an aim of the clean technology using for the pure of gas and inside of the clean pipe for transportation. The magnetic abrasive polishing method is not so common for machine that it is not spreaded widely. There are rarely researcher in this field because of non-effectiveness of magnetic abrasive. Therefore, in this paper deals with development of the magnetic abrasive using worthless mineral. In this development, abrasive grain WA and GC used to resin bond fabricated low temperature. And magnetic material was fabricated from the worthless mineral which were closed into 200 mesh grit type. The XRD analysis result show that only WA and GC abrasive and worthless mineral crystal peaks detected which explains resin bond was not any more chemical reaction. From SEM analysis it is found that WA and GC abrasive and worthless mineral were strong bonding with each other by bond.

Keywords

References

  1. 進村武南, 波田野 榮十, '磁氣硏磨法の硏究 -回轉 磁極による內面および球面の硏磨', JSPE-52-08, '86-08-1390, pp.108-110, 1986
  2. Kazuhiro Tsuchiya, Yasuo Shimizu, Kazuhiko Sakaki and Mototaro Sato, '磁氣硏磨法における硏磨機構', 日本金屬學會誌, 第 57 卷, 第 11 號, pp.1333-1338, 1993
  3. Takeo Shinmura and Hitomi Yamaguchi, '磁氣硏磨法による內面の平滑加工に關する硏究', 日本, 機械學會論文集, 第 59 卷, 第 560 號, pp.293-299, 1993
  4. Hitomi Yanaguchi and Takeo Shinmura, '磁氣硏磨法による內面の平滑加工に關する硏究(第 4 報)' 日本機械學會論文集, 第 61 卷, 第 591 號, pp.348-353, 1995
  5. Takeo Shinmura, '円筒磁氣硏磨法', 機械技術, 第 44 卷, 第 8 號, pp.108-112, 1996
  6. Takeo Shinmura, Yoshitaka Hamato and Hitomi Yamaguchi, '磁氣硏磨法による 內面の精密バリ取リに關する硏究(第1報)', 日本機械學會論文集 第 64 卷, 第 620 號, pp.312-318, 1998
  7. Takeo Shinmura, Wadanabe Masado and Won-kyon. Park, '超を超えた超の世界', 機械技術, 第 46 卷, 第 4 號, pp.72-75, 1998
  8. Hitomi Yamaguchi, Takeo Shinmura, '內面磁氣硏法における磁性砥粒の特異な擧動と加工能率向上效果', 機械と工具, pp.89-93, 1999. 3
  9. 김희남, 윤여권, 심재환, 'STS304 파이프 내면의 초정밀 자기연마', 한국정밀공학회 추계학술대회 논문집, pp.947-952, 2001
  10. 김희남, 윤여권, 심재환, 'STS304 파이프 내면의 초정밀 자기연마', 한국산업안전.위생학회 공동학술대회 논문집. pp.179-185, 2001
  11. 김희남, 윤여권, 심재환, '자기연마를 이용한 STS304 파이프 내면의 초정밀 가공', 한국산업안전학회지, Vol. 17, No. 3. pp.30-pp.35, 2002
  12. 김희남, 송승기, 정윤중, 윤여권, 김희원, 조상원, 심재환, 'Ba-Ferrite를 이용한 자기 연마재 개발', 한국산업안전학회지, Vol. 18, No. 2. pp.46-pp.49, 2003