Magnetic confinement equilibrium bed inductor

Abstract

The invention discloses a magnetic confinement equilibrium bed inductor which comprises a housing and groups of concentric circular winding coils arranged in the housing, wherein a cooling fin is arranged out of the housing, high heat conductivity insulating rubber slabs are arranged between the winding coils and the housing, high heat conductivity insulating paint is filled between the winding coils and the housing, and the housing, the winding coils and the high heat conductivity insulating rubber slabs are cured together. Due to the winding coils in concentric circular structures, a magnetic field can be conveniently adjusted by adjusting the number of turns and current of each winding coil, so that the intensity of the magnetic field formed in the center by the outer coil and the inner coil is kept consistent. The coils, the high heat conductivity insulating rubber slabs and the housing are cured together by using the high heat conductivity insulating paint, so that the inductor is stable and reliable. Moreover, the heat transfer efficiency is further improved. The high heat conductivity insulating paint, the high heat conductivity insulating rubber slabs and the cooling pin interact with one another and are synergically matched, so that the radiating effect of the inductor is greatly improved, the operating cost is lowered, and the service life of the equipment is prolonged.

Description

technical field [0001] The invention belongs to the technical field of electromagnetic induction confinement devices, in particular to a magnetic confinement balanced bed inductor for constraining the uniform and stable distribution of magnetic catalysts. Background technique [0002] Fixed bed and fluidized bed are usually used in medicine, chemical industry and other fields. After many years of application, combined with different process characteristics, although a lot of improvements have been made, they cannot make up for their inherent shortcomings. Usually the conversion rate is not high, and the catalyst is easily taken out, and after taking out, it needs to be separated by filtration. In fixed bed inductors, the catalyst particles used should not be too fine, otherwise the pressure drop will be too large, local hot spots will easily appear for exothermic reactions, and the bed will be prone to channeling and liquid short circuit. The magnetic confinement balanced b...

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Problems solved by technology

[0002] Fixed bed and fluidized bed are usually used in medicine, chemical industry and other fields. After many years of application, combined with different process characteristics, although a lot of improvements have been made, they cannot make up for their inherent shortcomings. Usually the conversion rate is not high, the catalyst is easy to be taken out, after taking out, it needs to be separated by filtration

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