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Effect of drying method on drying time and physico-chemical properties of dried rabbiteye blueberries.

机译:干燥方法对干燥兔眼蓝莓干燥时间和理化性质的影响。

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Individually quick frozen (IQF) rabbiteye blueberry cultivars Brightwell and Powderblue were dried in an air-impingement dryer at 85 degrees C and 107 degrees C using two different configurations. The effect of cultivar, pick, grade, drying temperature and method on drying time and physico-chemical properties of dried blueberries were determined. Forced air dryer and a fluidized bed dryer were used as controls. Drying times were about 50% longer at 85 degrees C compared to 107 degrees C for all drying methods. Among the drying methods; fluidized bed dryer was fastest followed by air-impingement dryer(s) and forced air dryer to achieve a final water activity of 0.55 +or- 0.05. Cultivar, drying method and their interaction with drying temperature shown significant effect (P <= 0.05) on drying times. Several tested variables and their specific interactions also showed significant effect on bulk density, color, texture and composition of dried blueberries. Impingement drying showed promise as an alternative to fluidized bed dryer to dry IQF rabbiteye blueberries
机译:使用两种不同的配置,分别将速冻(IQF)兔眼蓝莓品种Brightwell和Powderblue在空气冲击干燥器中于85摄氏度和107摄氏度下干燥。确定了品种,接穗,等级,干燥温度和方法对干燥蓝莓的干燥时间和理化性质的影响。强制空气干燥器和流化床干燥器用作对照。与所有干燥方法的107摄氏度相比,在85摄氏度下的干燥时间长约50%。在干燥方法中;流化床干燥机最快,其次是空气冲击干燥机和强制空气干燥机,最终水活度为0.55±0.05。品种,干燥方法及其与干燥温度的相互作用对干燥时间有显着影响(P <= 0.05)。几个测试变量及其特定的相互作用也显示出对蓝莓干的堆积密度,颜色,质地和组成的显着影响。冲击干燥显示出有望替代流化床干燥器来干燥IQF兔眼蓝莓

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