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蓝宝石晶片研磨工艺的研究 被引量:4

An Experimental Study of the Grinding Technics for Sapphire Wafer
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摘要 通过对蓝宝石晶片研磨试验的研究,得出了不同磨料种类、不同磨料浓度和加工压力对表面粗糙度和材料去除率的影响。结果表明,在众多磨料中SiO2比较适宜研磨,用此磨料在浓度15wt%时材料去除率比较高,在压力9.8N时综合效果较佳,而MgO磨料适合获得理想表面粗糙度。 Through studying the experiment about sapphine wafer grinding,the article finds the effect of different abrasive,abrasive concentration and processing pressure on surface roughness and material removal rate.The results show that Si02 is more appropriate abrasive,and the material removal rate is relatively high in the 15wt%,the impact is better in 9.8N pressure,but MgO is ideal for surface soughness.
出处 《三门峡职业技术学院学报》 2009年第1期119-121,共3页 Journal of Sanmenxia Polytechnic
关键词 蓝宝石晶片 研磨 工艺参数 Sapphire Wafer Grinding Technological parameters
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  • 1[1]Joel Askinazi. Large aperture, broadband sapphire windows for common aperture, target acquisition, tracking and surveillance system[J]. 1997, SPIE 3060: 214~225
  • 2[2]F. Schmid, C.P. Khattak, and D. M. Felt, Sapphire sparkles in many optical elements[J]. Laser Focus World. 1996,(6):167~171
  • 3[3]Maynard Smith, Frederick Schmid, Chandra P. Khattak and Keil Schmid. Sapphire fabrication for precision optics[J].1996, SPIE 2857:99~112
  • 4[4]Joel Askinazi ,Robert Poirier, Ronald Koons, Joseph Cerino. Recent advances in durable sapphire windows for visible to MWIR aand UV applications[J].1999,SPIE 3705:77~84
  • 5[5]Frederick Schmid, Chandra P. Khattak ,Henry H. Rogers and D. Mark Felt.Current status of very large sapphire crystal growth for optical applications[J].1999,SPIE 3705:70~76
  • 6[6]Askinazi Joel, Wientzen Richard V., Khattak Chandra P.Development of large-aperture monolithic sapphire optical windows[J]. 2001, SPIE 4375:1~11
  • 7[7]Sapphire sample. Meller Optics[M].Inc.2001
  • 8[8]Daniel C. Harris. A Peek into the history of sapphire crystal growth[J]. SPIE 5078:1~11
  • 9张克从 张乐.晶体生长科学与技术[M].北京:科学出版社,2003..
  • 10Grzegory I. High nitrogen pressure growth of GaN crystals and their applications for epitaxy of GaN based structures[ J]. Materials Science and Engineering, 2001, 30- 34.

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