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Preparation method of manganese zinc ferrite with high magnetic performance
The invention discloses a preparation method of manganese-zinc ferrite with high magnetic performance, and belongs to the field of manganese-zinc ferrites.According to the scheme, after a melt bearing frame containing melt is placed in a containing groove, heat is released through the melt bearing frame, a heat collection mechanism absorbs the heat and guides the heat step by step, the heat is finally concentrated in an inner cavity, and therefore the magnetic performance of the manganese-zinc ferrite is improved. Then cooling water is injected through the cooling water inlet pipe, the cooling water scours the iron balls, so that heat collected in the inner cavity is carried out by the cooling water and discharged through the water outlet pipe assembly, on one hand, the heat can be absorbed and collected by the iron balls, the temperature of a solution in the melt bearing frame is rapidly cooled, and then the efficiency of the cooling procedure is improved; and compared with a traditional cooling mode, the scheme is better in effect, meanwhile, the cooling time is greatly shortened, and on the other hand, heat on the iron balls is carried out through flowing of cooling water in the water flowing channel, so that the temperature of the iron balls is reduced.
本发明公开了一种高磁性能锰锌铁氧体的制备方法，属于锰锌铁氧体领域，本方案将装有熔液的熔液承载框放入放置槽内后，通过熔液承载框将热量的释放，使集热机构对热量进行吸收和逐级引导，致使热量最终集中在内腔内，而后通过冷却水进水管注入冷却水，由冷却水对铁球进行冲刷，使内腔内收集的热量由冷却水携带出，并通过出水管组件排出，一方面可通过铁球对热量的吸收和收集，致使熔液承载框内的溶液温度快速冷却，进而达到提高冷却工序的效率，且相较于传统的降温方式，此方案效果更佳，同时大大的缩短了冷却的时间，另一方面通过冷却水在流水通道内的流动致使铁球上的热量被携带出，以此使铁球的温度得到降低。
Preparation method of manganese zinc ferrite with high magnetic performance
The invention discloses a preparation method of manganese-zinc ferrite with high magnetic performance, and belongs to the field of manganese-zinc ferrites.According to the scheme, after a melt bearing frame containing melt is placed in a containing groove, heat is released through the melt bearing frame, a heat collection mechanism absorbs the heat and guides the heat step by step, the heat is finally concentrated in an inner cavity, and therefore the magnetic performance of the manganese-zinc ferrite is improved. Then cooling water is injected through the cooling water inlet pipe, the cooling water scours the iron balls, so that heat collected in the inner cavity is carried out by the cooling water and discharged through the water outlet pipe assembly, on one hand, the heat can be absorbed and collected by the iron balls, the temperature of a solution in the melt bearing frame is rapidly cooled, and then the efficiency of the cooling procedure is improved; and compared with a traditional cooling mode, the scheme is better in effect, meanwhile, the cooling time is greatly shortened, and on the other hand, heat on the iron balls is carried out through flowing of cooling water in the water flowing channel, so that the temperature of the iron balls is reduced.
本发明公开了一种高磁性能锰锌铁氧体的制备方法，属于锰锌铁氧体领域，本方案将装有熔液的熔液承载框放入放置槽内后，通过熔液承载框将热量的释放，使集热机构对热量进行吸收和逐级引导，致使热量最终集中在内腔内，而后通过冷却水进水管注入冷却水，由冷却水对铁球进行冲刷，使内腔内收集的热量由冷却水携带出，并通过出水管组件排出，一方面可通过铁球对热量的吸收和收集，致使熔液承载框内的溶液温度快速冷却，进而达到提高冷却工序的效率，且相较于传统的降温方式，此方案效果更佳，同时大大的缩短了冷却的时间，另一方面通过冷却水在流水通道内的流动致使铁球上的热量被携带出，以此使铁球的温度得到降低。
Preparation method of manganese zinc ferrite with high magnetic performance
一种高磁性能锰锌铁氧体的制备方法
YANG MEIHUA (author)
2022-04-12
Patent
Electronic Resource
Chinese
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