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首页> 外文期刊>International Journal of Electrochemical Science >Behavior of Electrodeposited Fe/FeSi Composite in a Static Parallel Magnetic Field
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Behavior of Electrodeposited Fe/FeSi Composite in a Static Parallel Magnetic Field

机译：电沉积Fe / FeSi复合材料在静态平行磁场中的行为

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摘要

Fe-Si composite coatings were electrodeposited with Fe-30wt%Si or Si particles on low silicon steelstrips under a static magnetic field, the direction of imposed magnetic field kept parallel to electric field.The effects of magnetic field on the co-deposition process of magnetic Fe-30wt%Si particles and weakdiamagnetic Si particles were investigated. With increasing the magnetic field flux (MFD), thehummocky structures were gradually transformed from the rod-like structures induced in a weakmagnetic field. However, bean-like structures on the coating surface of Si particles became more obviouswith the increase of MFD. The experimental results revealed that the magnetic property and conductivityof added particles had a great effect on the migration behavior and co-deposition of particles in magneticfields.
机译：Fe-Si复合涂层在低磁场下在低硅钢带上电沉积Fe-30wt％Si或Si颗粒，施加的磁场方向与电场平行。磁场对Ni-Si共沉积过程的影响研究了Fe-30wt％Si磁性颗粒和弱抗磁性Si颗粒。随着磁场通量（MFD）的增加，从微弱磁场中感应到的棒状结构逐渐转变为丘状结构。然而，随着MFD的增加，Si颗粒涂层表面的豆状结构变得更加明显。实验结果表明，添加的颗粒的磁性和电导率对磁场中颗粒的迁移行为和共沉积有很大影响。

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