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Microwave power control strategies on the drying process Ⅱ. Phase-controlled and cycle-controlled microwave/air drying

机译:微波功率对干燥过程的控制策略Ⅱ。相控和周期控制的微波/空气干燥

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摘要

The current study was conducted for evaluating the effects of two different strategies viz., phase control and cycle control, on the microwave/air drying process. The evaluation was carried out through combined microwave and convective drying of potato samples. Results showed that different power control methods had different impacts on drying kinetics and product quality. In both drying modes, the drying time increased with the decrease of microwave power density and the increase of air velocity. The drying rates of cycle-controlled drying are significantly higher than those of phase-controlled drying. In terms of rehydration capacity the phase-controlled drying mode produced better results. The product colour and sensory attributes were independent of the power control methods.
机译:当前的研究是为了评估两种不同的策略,即相位控制和循环控制,对微波/空气干燥过程的影响。评估是通过微波和马铃薯样品的对流干燥相结合进行的。结果表明,不同的功率控制方法对干燥动力学和产品质量有不同的影响。在两种干燥方式下,干燥时间均随着微波功率密度的降低和风速的增加而增加。循环控制干燥的干燥速率明显高于相控制干燥的干燥速率。就补液能力而言,相控干燥模式产生了更好的结果。产品的颜色和感官属性与功率控制方法无关。

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