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国外文献 > 1.轴承 > 3. 材料与制造 > 材料性能

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标 题： ANALYSIS AND COMPARISON OF MICROSTRUCTURE AND MINERAL PROPERTIES OF TWO KINDS OF SINTERS: Ti-BEARING AND GENERAL SINTER
两种烧结体的微观结构与矿物性能分析与比较：含钛烧结体与普通烧结体
作 者： Ya-peng ZHANG
Wen PAN
Zhe WANG
Shao-guo CHEN
Zhi-xing ZHAO
关键词： Ti-bearing sinter  [含钛烧结体]
Microstructure  [ 微观结构]
Mineral structure  [ 矿物结构]
Vickers hardness  [ 维氏硬度]
出版年： 2019
会议名： 2019 Materials Science & Technology Conference and Exhibition (MS&T'19)
2019年材料科学与技术会议暨展览会（MS&T'19）
届 次：
摘 要： X-ray diffraction, scanning electron microscope, and Vickers hardness instrument were applied to analysis the mineral composition, microstructure and mineral structure strength of Ti-bearing sinter and general sinter, both of which were with high basicity. Reasons of differences between Ti-bearing sinter and general sinter in metallurgical properties, such as low temperature reduction degradation and reduction properties, were also analyzed at the same time. the mineral composition of Ti-bearing sinter was more complicated. The inhomogeneity of microstructure and mineral structure strength were more obvious than general sinter, and with the increase of TiO_2 content in the sinter it had a tendency to increase the inhomogeneity.

采用X射线衍射、扫描电子显微镜和维氏硬度仪对含钛烧结料与普通烧结料的矿物组成、微观结构及矿物结构强度进行了分析，两者均为高碱性物质。同时分析了含钛烧结料与普通烧结料在冶金性能（如低温还原降解性和还原性能）上的差异原因。含钛烧结料的矿物组成更为复杂，其微观结构和矿物结构强度的不均匀性比普通烧结料更明显，且随着烧结料中TiO₂含量的增加，这种不均匀性趋于增强。
中文内容为网络AI翻译，专业术语未必准确，仅供参考。

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