熔盐法铝热还原TiO2制备Al-Ti合金粉体的实验研究.pdf

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摘要I

第一章绪论1

1.1铝基复合材料···························································1

1.1.1铝基复合材料概述···············································1

1.1.2铝基复合材料增强体的分类··································1

1.1.3铝基复合材料增强体的增强机制····························2

1.2铝基复合材料的制备··················································4

1.2.1外加法·····························································4

1.2.2原位合成法·······················································4

1.2.3粉末冶金法·······················································5

1.2.4自蔓延高温合成法··············································5

1.2.5铝热还原法·······················································5

1.2.6熔融盐合成法····················································6

1.3常见的颗粒增强体·····················································6

1.3.1AlTi颗粒增强体··············································6

1.3.2TiB颗粒增强体···············································7

1.3.3TiC颗粒增强体················································7

1.3.4AlO颗粒增强体··············································8

1.4本论文的研究意义及内容············································8

1.4.1研究意义··························································8

1.4.2研究内容··························································9

第二章试验及研究方法10

2.1试验原料及试验设备················································10

2.1.1试验原料························································10

2.1.2试验设备························································10

2.2试验方法·······························································10

2.3试验方案·······························································13

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