Loop magnet overlap multistage tunnel paramagnetic gradient separating and concentrating apparatus

Abstract

The invention relates to a loop magnet overlap multistage tunnel paramagnetic gradient separating and concentrating apparatus, which comprises a plurality of triangle split tunnels with circular distribution of the isosceles trapezoid strip magnets possessing high gradient magnetic field which is parallel to the an outer barrel axis are formed by a plurality of isosceles trapezoid cross section bar magnets with the characteristics that a long edge of the trapezoid faces the inner wall of the outer barrel and a short edge of the of the trapezoid faces an axis of the outer barrel as well as a plurality of isosceles triangle cross section bar magnets with the characteristics that a bottom edge faces the inner wall of the outer barrel which are evenly distributed between the isosceles trapezoid cross section bar magnets, V-shape tunnels which are symmetrically distributed at two sides of the isosceles triangle cross section bar magnets as well as formed by isosceles triangle cross section bar magnets and isosceles trapezoid cross section bar magnets with twice quantity of the triangle high gradient magnetic tunnels., and annular superpose magnetic fields which are annularly formed by the isosceles trapezoid cross section bar magnets and the isosceles triangle cross section bar magnets.

Description

technical field [0001] The invention relates to a ring magnetic superposition multi-stage tunnel paramagnetic gradient separation and concentration device, which belongs to the field of separation technology. Background technique [0002] Magnetic field is an almost eternal energy that exists in nature. Humans have a long history of using magnetic fields, but the limitations of using magnetic fields are relatively large; now magnetic fields are commonly used to separate magnetic solid minerals, and few people use magnetic fields to separate non-magnetic Magnetic or non-magnetic substances, Wei Boqing's "Multistage Tunnel Paramagnetic Separation Oxygen Enrichment Device" (200910152415.X) is used to separate nitrogen and oxygen in the air. Experiments have proved that this device can also be used to separate other Paramagnetic and diamagnetic substances, including miscible substances of gas or liquid; but Wei Boqing's "Multistage Tunnel Paramagnetic Separation Oxygen Enrichmen...

AI Technical Summary

Problems solved by technology

[0002] Magnetic field is an almost eternal energy that exists in nature. Humans have a long history of using magnetic fields, but the limitations of using magnetic fields are relatively large; now magnetic fields are commonly used to separate magnetic solid minerals, and few people use magnetic fields to separate non-magnetic Magnetic or non-magnetic substances, Wei Boqing's "Multistage Tunnel Paramagnetic Separation Oxygen Enrichment Device" (200910152415.X) is used to separate nitrogen and oxygen in the air. Experiments have proved that this device can also be used to separate other Paramagnetic and diamagnetic substances, including miscible substances of gas or liquid; but Wei Boqing's "Multistage Tunnel Paramagnetic Separation Oxygen Enrichment Device" (200910152415.X) used too much magnetic material, and the utilization rate of magnetic energy could not reach the highest , how to minimize the amount of expensive magnetic materials and make full use of the magnetic energy to achieve the best separation effect is the key to realize the industrial magnetic field gradient separation of paramagnetic substances and diamagnetic substances

Images