Fabrication of Ni/Epoxy Resin Functionally Graded Materials via a Reciprocating Magnetic Field

Jing Li; Xiaoling Peng

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Fabrication of Ni/Epoxy Resin Functionally Graded Materials via a Reciprocating Magnetic Field

机译：通过往复磁场制备Ni/环氧树脂功能梯度材料

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A reciprocating magnetic field was applied to prepare functionally graded materials (FGM) comprised of magnetic Ni and nonmagnetic epoxy resin. The reciprocating field was achieved by shifting a cylindrical permanent magnet along the axis towards or away from the sample in cycle. Ni decreases gradually with the distance from surface to bottom, which attributes to the continuously changing driving force on magnetic Ni particles by the reciprocating field. The gradient of Ni increases with cycle times, while decreases with the increase of the velocity of the reciprocating magnet The results reveal that it is a more effective way to prepare FGMs by using reciprocating magnetic field compared with normal static magnetic field.

机译：应用于往复式磁场准备功能梯度材料(FGM)由倪磁性和非磁性的环氧树脂树脂。圆柱形永磁体在转变轴向或远离的样品周期。逐渐减少的距离表面下,哪些属性在磁不断变化的驱动力镍粒子的往复。梯度的倪随循环次数,时间随速度的增加而减小结果表明,往复磁铁这是一个更有效的方法来准备过程使用往复式磁场相比正常的静态磁场。

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《Journal of Magnetics》 |2020年第3期|383-388|共6页
作者
Jing Li; Xiaoling Peng;
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National Laboratory of Solid State Microstructures, Nanjing University, Nanjing 210093, China,College of Material Sciences and Chemistry, China Jiliang University, Hangzhou 310018, China;

College of Material Sciences and Chemistry, China Jiliang University, Hangzhou 310018, China;

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Fabrication of Ni/Epoxy Resin Functionally Graded Materials via a Reciprocating Magnetic Field

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