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INVESTIGATION ON THE STRUCTURE NEAR THE INTERFACE OF EXPLOSIVE COMPOSITE PLATE

机译:爆炸复合板界面附近的结构研究

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The technology of the explosive composition has almost extreme properties such as huge shock high-density plastic deformation and high deformation speed, instant temperature change, state of heat insulation and so on. They lead not only the dislocation density to increase greatly, move and pile but also the vacancy density to increase radically. When the composite metal plate is thin enough, it could be thought that these changes are consistent on the whole thickness section. The result shows that it is possible to obtain the nano-crystal structure film materials and nano-structured block materials by this method. The thickness and properties of the nano-crystal structure materials depend on the factors such as the intensity of explosive shock, the properties of the composite metals, etc.
机译:炸药成分技术具有极高的冲击性能,例如大冲击,高密度塑性变形和高变形速度,瞬时温度变化,隔热状态等。它们不仅导致位错密度大大增加,移动和堆积,而且导致空位密度急剧增加。当复合金属板足够薄时,可以认为这些变化在整个厚度部分上是一致的。结果表明,通过该方法可以获得纳米晶体结构的膜材料和纳米结构的块材料。纳米晶体结构材料的厚度和性能取决于诸如爆炸冲击的强度,复合金属的性能等因素。

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