Abstract This work deals with thermal aspect of the microwaves processing by applying the dielectric effect of attenuation inversion of electromagnetic wave as a solution for uniform treatment. Interest is devoted to the description of electromagnetic and chemical thermal contributions present during microwave heating of a thermosat material. An analytic methods was complemented with experimental data obtained by DSC. The chemical heat contribution is modeled by two methods: analytical and an experimental. The composite was characterized in terms of the reaction progress. The coupled electromagnetic, chemical and thermal model show results that can be evaluated from the temperature evolution. There is an strong rise in the temperature in one point, which is due to the non uniformity of the heat-storage capacity along the composite to be treated. The region of validation of the model is also shown.

中文翻译：

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控制微波处理中的衰减以获得均匀的环氧玻璃处理

摘要 这项工作通过应用电磁波衰减反转的介电效应作为均匀处理的解决方案来处理微波处理的热方面。兴趣致力于描述在热材料的微波加热过程中存在的电磁和化学热贡献。分析方法与 DSC 获得的实验数据相辅相成。化学热贡献通过两种方法建模：分析方法和实验方法。该复合材料的特征在于反应进程。耦合的电磁、化学和热模型显示了可以从温度演变中评估的结果。某一点温度有明显升高，这是由于沿待处理复合材料的蓄热能力不均匀所致。