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首页> 外文期刊>The Philippine Agricultural Scientist >Combined Microwave Fan-Assisted Convection Dehydration of Banana [Musa acuminata Colla (Cavendish Group)]
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Combined Microwave Fan-Assisted Convection Dehydration of Banana [Musa acuminata Colla (Cavendish Group)]

机译:香蕉的组合式风扇联合对流脱水[Musa acuminata Colla(Cavendish Group)]

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摘要

The effects of microwave drying, combined fan-assisted convection and microwave drying, and fan-assisted convection drying, thickness of sample and mass load of sample on drying time and drying ratio capacities of banana [Musa acuminata Colla (Cavendish Group)] were compared. The drying data were applied to nine different mathematical models, namely, Newton, Page, Henderson and Pabis, Logarithmic, Diffusion Approach, Wang and Singh, Verma, Two-Term Exponential and Midilli-Kucuk Equation Models. The performances of these models were compared between the observed and the predicted moisture ratios based on coefficient of determination (R~2), standard error of estimate (SEE) and residual sum of squares (RSS). We found that the Midilli-Kucuk model described the drying ratio satisfactorily in all drying methods.
机译:比较了微波干燥,风扇辅助对流和微波联合干燥,风扇辅助对流干燥,样品厚度和样品质量负荷对香蕉[Musa acuminata Colla(Cavendish Group)]的干燥时间和干燥比容量的影响。 。将干燥数据应用于九种不同的数学模型,分别是牛顿,佩奇,亨德森和帕比斯,对数,扩散方法,旺和辛格,维尔玛,二项指数和米迪利库库克方程模型。基于确定系数(R〜2),估计标准误差(SEE)和残差平方和(RSS),比较了这些模型的性能,以观察和预测的水分比之间。我们发现Midilli-Kucuk模型在所有干燥方法中都能令人满意地描述干燥率。

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