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Superdeep penetration - novel method of nanoreinforced composites producing based on metallic, ceramic and polymer matrixes

机译:基于金属,陶瓷和聚合物基质的纳米抑制复合材料的超级渗透 - 新型方法

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Now there is a motivation for creation of the materials possessing a considerable difference of physical and chemical properties in volume of composite materials. Composite materials allow realizing a complex of various properties which cannot be realized simultaneously in mono material. The perspective in reception of a new smart nanomaterial is basically defined by possibilities which create processing conditions Choosing and manufacturing of fibers refers to the second stage of composite material reinforcement. Process of assemblage of a composite material from the details made at first two stages of process refers to the third stage. But at each stage of process of manufacturing of a composite material there are specific problems. The basic problem at composite material creation, as a rule, is essential contradictions between engineering solutions for various stages of process.
机译:现在,存在具有在复合材料体积的体积中具有相当大的物理和化学性质差异的材料的动机。复合材料允许实现各种性质的复合物,其不能在单体材料中同时实现。在接收新智能纳米材料的角度基本上限定了产生的处理条件和制造纤维的可能性是指复合材料加固的第二阶段。从过程的前两个阶段的细节中复合材料的组合方法是指第三阶段。但是在制造复合材料的每个阶段,存在具体的问题。作为规则的复合材料创建的基本问题是工程解决方案对过程的各个阶段之间的必要矛盾。

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