The InfluenceTemperatureof the Sintering Additiveon Mechanical PropertiesMg0 and the Sinteringofp一Sialon Ceramics
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The InfluenceTemperatureof the Sintering Additiveon Mechanical PropertiesMg0 and the Sinteringofp一Sialon Ceramics
Vol. 20, Issue 1, Pages: 12-015(2015)
作者机构:
哈尔滨理工大学材料科学与工程学院,黑龙江,哈尔滨,150040
作者简介:
基金信息:
DOI:
CLC:TB34
Published:2015
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FAN Gun-feng, GUO Ying -kui, BAI Xiao-jie. The InfluenceTemperatureof the Sintering Additiveon Mechanical PropertiesMg0 and the Sinteringofp一Sialon Ceramics[J]. 2015, 20(1): 12-015.
DOI:
FAN Gun-feng, GUO Ying -kui, BAI Xiao-jie. The InfluenceTemperatureof the Sintering Additiveon Mechanical PropertiesMg0 and the Sinteringofp一Sialon Ceramics[J]. 2015, 20(1): 12-015.DOI:
The InfluenceTemperatureof the Sintering Additiveon Mechanical PropertiesMg0 and the Sinteringofp一Sialon Ceramics
i3-Sialon ceramics were prepared by reactive hot pressing sintering method with a一Si3 NQ,a-AlZ 03,and sintering additive Mg0 as raw materials. Effect of sintering additive Mg0 and the sintering temperature on me-G’han1G’al property an(1 morphology Were SystematlG’ally studle(l. The results ln(11G’ate that the slnterlng ad(11t1VPS Mg}greatly Improve月一Sialon ceramics density and reduce the sintering temperature. Along with the sintering tempera-ture increasing,the bending strength and the fracture toughness of月一Sialon ceramics increased before they are low-er. At the sintering temperature of 1 600℃,the preparation of月一Sialon ceramics obtained the highest bendingstrength and fracture toughness,the value ( 423 MPa,2. 73 MPa·mvzm),combined closely. The principal fracture