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Fluidizing Impregnation Epoxy Resins Simultaneously with Producing Electrical Insulations Followed by Reticulation, Using Microwave Energy

机译:利用微波能量,将流化浸渍环氧树脂的环氧树脂同时进行,然后使用微波能量

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摘要

By using microwave energy we avoid the main disadvantage of the present technology for producing electric insulations of condenser type; this disadvantage is exposing the deposited insulation layers at supplementary thermal cycles, layers that had already been thermal treated. This fact results by comparing the temperature values of the insulation layers between which a layer of conductor paint has been introduced, the first stratus being thermal treated with microwaves in a previous intervention. Microwave thermal processing of the new deposited insulating layer emphasizes the electromagnetic screen role that the conductor paint layer has in limiting the dissipation zone of the microwave energy only in the superior isolation layer.
机译:通过使用微波能量,我们避免了本技术生产冷凝器型电绝缘技术的主要缺点;该缺点在于在补充热循环中暴露沉积的绝缘层,已经热处理的层。该事实通过将引入了一层导体涂料之间的绝缘层的温度值进行了比较了这一事实,这是在先前干预中用微波处理的第一层状。新的沉积绝缘层的微波热处理强调导体涂料层仅在极性隔离层中限制微波能量的耗散区的电磁屏幕作用。

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