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Investigation of porous NiAl intermetallics prepared by self-propagating high-temperature synthesis

机译:通过传播高温合成制备多孔Nial金属间金属间金属间金属间金属间金属间金属间金属间化合物

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Porous NiAl intermetallics with different porosities were successfully prepared by self-propagating high-temperature synthesis (SHS). Examination of the reaction process between Ni and Al as well as the oxidation properties of the resultant materials was carried out. The melting of Al is the precondition for the reaction between Ni and Al, the reaction process can be explained by dissolution-precipitation mechanism. Only minor weight gain (0.06%~0.24%) and stable pore structures of porous materials after 200 hours oxidation at 650°C indicate that porous NiAl intermetallics have excellent oxidation resistance.
机译:通过自展开高温合成(SHS)成功地制备了具有不同孔隙孔的多孔Nial金属间金属间金属间金属间金属间金属间金属间金属间金属间金属间化合物。进行Ni和Al之间的反应过程以及所得材料的氧化性能。 Al的熔化是Ni和Al之间反应的前提,可以通过溶解沉淀机制来解释反应方法。在650℃下氧化200小时后,仅次重量增益(0.06%〜0.24%)和稳定的多孔材料孔结构表明多孔Nial金属间金属间具有优异的抗氧化性。

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