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日本大阪府立大学的金属间化合物研究小组开发出一种利用在氮气下的燃烧反应工艺而获得的高强度钛铝(TiAl)基复合材料。这种复合材料的最大特点是,钛与氮化铝的化合物(Ti_2AlN)在钛铝基体中形成微细纤维分散的复合组织。 通过氮化物的分散而使这种复合材料的屈服应
The Intermetallic Compound Research Group at Osaka Prefecture University in Japan developed a high-strength TiAl-based composite using a combustion reaction process under nitrogen. The most prominent feature of this composite material is that the compound of titanium and aluminum nitride (Ti 2 AlN) forms a finely divided fiber-dispersed composite structure in the titanium-aluminum matrix. The yield of this composite should be made by the dispersion of nitrides