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Acoustomicroscopy Analysis of Structure Parameters and Physical Characteristics of Hydrogen Containing Materials in Condense State to Detection and Study Their's Limit States

机译:凝聚态含氢材料的结构参数和物理特性的声学显微镜分析,以检测和研究其极限状态

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摘要

The problem of reveals the limit state of solid materials including the hydrogenous ones has become urgent recently. The state of the material when it is close to the loss of stability is called limit. Different limit criteria are applied depending on the operation conditions (level of the temperature, stress, etc.). They are often different characteristics of physical - mechanical properties. Therefore, the state is limit on the reaching which the material inevitably changes its properties on engaging some structural parameter. It is necessary to reveal such states at the possibly initial stages. First the local structure changes inner stress, physical-mechanical parameters (e.g. the velocity of acoustic waves (AW), ratio △V/ V% , modulus E and G, etc.) can be used as the limit criteria.
机译:揭示含氢的固体材料的极限状态的问题最近变得迫切。材料接近稳定性丧失时的状态称为极限。根据操作条件(温度水平,应力等),应用不同的极限标准。它们通常具有不同的物理特性-机械特性。因此,状态限制了材料在达到某些结构参数时不可避免地改变其性能的范围。有必要在可能的初始阶段揭示这种状态。首先,局部结构会改变内部应力,可以将物理机械参数(例如声波速度(AW),△V / V%之比,模量E和G等)用作极限准则。

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