High Density Processing of Ancorloy MDC Materials

机译：高密度加工Ancorloy MDC材料

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Previous experimental work has shown that silicon containing steels exhibit high tensile properties and impact energies at relatively low densities ranging from 7.0 to 7.1 g/cm~3. A new lubricant/binder processing technology, AncorMax D~(~R) have shown increases in sintered densities in excess of 7.3 g/cm~3 are possible at compaction pressures ranging from 550 to 760 MPa. (40 to 55 tsi) This paper will examine the metallurgical and mechanical enhancements achieved through the AncorMax D process and high temperature sintering of silicon containing steels Ancorloy~(~R) MDC and Ancorloy~(~R) MDCL at densities ranging from 7.0 to in excess of 7.3 g/cm~3.

机译：先前的实验工作表明，含硅钢在7.0至7.1 g / cm〜3的相对较低密度下显示出高拉伸性能和冲击能。一种新的润滑剂/粘合剂加工技术AncorMax D〜（〜R）已显示，在550至760 MPa的压实压力下，烧结密度的增加可能超过7.3 g / cm〜3。（40至55 tsi）本文将研究通过AncorMax D工艺和高温烧结含硅钢Ancorloy〜（〜R）MDC和Ancorloy〜（〜R）MDCL所获得的冶金和机械性能增强，密度范围为7.0至超过7.3 g / cm〜3。

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《2003 International Conference on Powder Metallurgy amp; Particulate Materials; Jun 8-12, 2003; Las Vegas, NV》|2003年|p.123-134|共12页
会议地点 Las Vegas NV(US)
作者
George Fillari; Patrick King; Francis Hanejko;
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Hoeganaes Corporation Cinnaminson, NJ 08077;

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正文语种 eng
中图分类 Tf;
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2. Dielectric properties of pharmaceutical materials relevant to microwave processing: effects of field frequency, material density, and moisture content. [J] . Heng PW, Loh ZH, Liew C Journal of pharmaceutical sciences. . 2010,第2期

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4. High Density Processing of Ancorloy MDC Materials [C] . George Fillari, Patrick King, Francis Hanejko, International conference on powder metallurgy particulate materials . 2003

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8. HSCT materials and structures: An MDC perspective [R] . Sutton, Jay O. 1992

机译：HsCT材料和结构：mDC的观点

High Density Processing of Ancorloy MDC Materials

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