Laminated fiber composite samples of a hierarchically organized structure with a matrix containing titanium, intermetallic compounds of the titanium–aluminum system, and solid solutions of aluminum in titanium, unidirectionally reinforced with continuous single-crystal sapphire fibers, are obtained by solid-phase diffusion welding. The fibers are obtained by the modified Stepanov method, which facilitated increased strength and an increase in the manufacture productivity. Mechanical testing and the structure of the fracture surfaces of the samples demonstrate the nonbrittle nature of the fracture of the composite containing brittle components.

中文翻译：

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蓝宝石纤维增强的钛基基体复合材料

通过固相扩散焊接获得了分层组织结构的层压纤维复合材料样品，其基体包含钛、钛-铝体系的金属间化合物和铝在钛中的固溶体，并用连续的单晶蓝宝石纤维单向增强。 . 这些纤维是通过改进的 Stepanov 方法获得的，这有助于提高强度和提高制造效率。机械测试和样品断裂表面的结构证明了含有脆性组分的复合材料的非脆性断裂特性。