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Microwave heating has been gradually extended to industrial material process from domestic microwave ovens, since its substantial advantages such as high-efficiency, pollution free, and selective heating. Unfortunately, the drawback of the non-uniform, which may cause thermal runaway, becomes an obstruction for the development of microwave energy. In this paper, our objectives are to achieve the tracking...
Microwaves require shorter time to increase the temperature of samples compared to conventional heating methods. However, the phenomenon of hot spots and temperature runaway limit its application at industrial level. In order to describe temperature distribution within the samples in the process of microwave heating, a mathematical two-dimensional model is proposed by solving Maxwell's equations coupled...
Microwave energy has been widely applied to vast industrial applications as a novel, clean and efficient energy source. This paper illustrates the design and implementation of a microwave heating system, and a dual-closed loop control strategy is presented to regulate the microwave power. Further, several experimentations were carried out, experiment results show that the output microwave power is...
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