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Changing of the Magnetic Properties of the Ni_3Al-Base Alloys after the Deformation

机译:改变变形后Ni_3Al碱基合金的磁性

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It is shown that high temperature deformation of nickel superalloys increase the magnetic susceptibility value. Severe deformation by the shear under pressure at room temperature leads to decrease the magnetic susceptibility of Ni_3Al samples because the shear under pressure leads to the nanocrystalline structure formation and as a result by decrease of long range order. A high degree of long range order in the particle as a whole retains during the high temperature deformation of supealloys. In this case, complexes of defects of the crystal structure a locally formed. Such complexes can play a role of the ferromagnetic clusters in the paramagnet matrix. As a result, the magnetic susceptibility of the alloy increases.
机译:结果表明,镍高温合金的高温变形增加了磁性敏感值。在室温下压力下剪切严重变形导致Ni_3Al样品的磁化率降低,因为压力下的剪切导致纳米晶体结构形成,并且由于长距离顺序的降低而导致的结果。在粒子中的高温变形期间,颗粒中的高度长的阶数保持高度的粒子。在这种情况下,晶体结构的缺陷的复合物局部形成。这种复合物可以在PARAMAGNET矩阵中发挥铁磁性簇的作用。结果,合金的磁化率增加。

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