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Magnetic System With “Antiradial” Magnetization

机译:具有“反径向”磁化的磁性系统

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It is known that the effective work of dram-type magnetic separators is determined only by those forces which act in the radial direction, since strongly keeping magnetic mix on the dram surface with their transportation to the output of magnetic product. The disadvantage of this magnet system is the insufficient value of the magnetic force component of field which acts on the magnetic particles in the direction of their precipitation on the drum surface. This system is used for slight magnet particles precipitation. Mathematical simulation and calculation of magnetic field with the antiradial magnetization shows an increase in the precipitant magnetic forces (by normal component of total magnetic force) by 10%-30% in comparison with the analogous in the sizes, known as magnetic system. Non-uniformity of magnetic field of induction on the surface is less to 1.3 and radial magnetic force to 1.7.
机译:众所周知,德拉姆型磁选机的有效功仅由作用在径向上的力决定,因为它们将磁性混合物牢固地保持在德拉姆表面上,并输送到磁性产品的输出端。该磁体系统的缺点在于,磁场的磁力分量的值不足,该磁场分量沿其在鼓表面上的沉积方向作用在磁性颗粒上。该系统用于轻微的磁铁颗粒沉淀。用反径向磁化强度进行磁场的数学模拟和计算表明,与类似尺寸的磁系统相比,沉淀磁力(按总磁力的法向分量)增加了10%-30%。表面上感应磁场的不均匀度小于1.3,径向磁力小于1.7。

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