期刊文献+

国外钛和钛合金熔模精铸涂料浆的研究和发展 被引量:10

Research and Development on Slurry of Precision Casting Titanium and Ti-alloy Abroad
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摘要 钛和钛合金的熔模精铸陶瓷型壳是以化学方式将粘结剂与耐火材料混合制成涂料浆,然后焙烧而成。在型壳制备中涂料浆是非常关键的部分。本文较全面地介绍了国外在铸造钛和钛合金涂料方面的研究现状,并对其发展趋势进行了简要的展望。 The ceramic shell mold of precision casting titanium and Ti-alloy is made from slurry by sinter, and the slurry is prepared by blending refractory materials with bond. It is the most important part of ceramic shell .Research and application in the field of casting titanium and titanium alloy have been introduced in their paper, and the developing trend of it has been reviewed in brief.
出处 《铸造》 CAS CSCD 北大核心 2004年第3期179-182,共4页 Foundry
关键词 涂料浆 钛合金 精密铸造 陶瓷型壳 slurry titanium precision casting ceramic shell mold
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参考文献11

  • 1[1]Horton. Method of Casting a Reactive Metal Against a Surface Formed from an Improved Slurry Containing Yttria [P]. United States Patent: 4947927, August 14, 1990
  • 2[2]Lassow, et al. Ceramic Shell Mold Facecoat and Core Coating Systems for Investment Casting of Reactive Metals [P]. United States Patent: 4703806, November 3, 1987
  • 3[3]Yasrebi, et al. Yttria-zirconia Slurries and Mold Facecoats for Casting Reactive Metals [P]. United States Patent: 5464797,November 7, 1995
  • 4[4]Yasrebi, et al. Method for Stabilizing Ceramic Suspensions [P].United States Patent: 5643844, July 1, 1997
  • 5[5]Sturgis. Refractory Composition and Method for Metal Casting[P].United Stntes Patent:4996175, February26,1991
  • 6[6]Feagin. Casting of Reactive Metals Into Ceramic Molds [P]. United States Patent: 4740246, April 26,1988
  • 7[7]Eeagin. Ceramic Shell Mold [P]. United States Patent: 4196769,April 8,1980
  • 8[8]Feagin. Ceramic Shell Compositions for Casting of Reactive Metals[P]. United States Patent: 5535811, July 16,1996
  • 9[9]Yasrebi, et al. Method for Stabilizing Ceramic Suspensions [P].United States Patent: 5624604, April 29,1997
  • 10[10]Feagin. Ceramic Shell Molds and Cores for Casting of Reactive Metals [P] . United States Patent: 5630465, May 20,1997

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