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Microwave Vacuum Dryer Setup and Preliminary Drying Studies on Strawberries and Carrots

机译:微波真空干燥机的设置以及草莓和胡萝卜的初步干燥研究

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摘要

A laboratory scale microwave vacuum dryer with the ability to record temporal variation of mass and temperature of a drying product was designed and built. The initial study was set up to investigate the effect of the position of a vacuum pressure control valve at two vacuum pressure levels, 6.5 and 13.3 κPa, with a fixed microwave power input of 1.5 W/g. Then, strawberry halves and carrot cubes (10 × 10 × 10 mm) were used for a preliminary study to investigate the effect on drying product temperature and the effect of input microwave powers (1,1.5 and 2 W/g) at a fixed level of vacuum pressure (6.5 kPa). The position of the valve which allows air to pass through the vacuum container was found to provide shorter drying time and reduced the occurrence of water vapor condensation. The product temperature at the end stage of drying under continuous microwave mode was too high to ensure quality for both dried strawberry halves and carrot cubes.
机译:设计并建造了一种实验室规模的微波真空干燥机,该干燥机能够记录干燥产品的质量和温度的时间变化。建立初始研究的目的是研究固定压力为1.5 W / g的两个真空压力水平(6.5和13.3κPa)下真空压力控制阀位置的影响。然后,将草莓半块和胡萝卜块(10×10×10 mm)用于初步研究,以固定水平研究对干燥产品温度的影响以及输入微波功率(1,1.5和2 W / g)的影响。真空压力(6.5 kPa)。发现允许空气通过真空容器的阀的位置提供了较短的干燥时间并减少了水蒸气冷凝的发生。在连续微波模式下干燥结束时的产品温度过高,无法确保干燥的草莓半块和胡萝卜块的质量。

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