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Validation of drying models and rehydration characteristics of betel (Piper betel L.) leaves.

机译:槟榔( Piper槟榔 L.)叶片的干燥模型和补水特性的验证。

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摘要

Effect of temperature on drying behaviour of betel leaves at drying air temperatures of 50, 60 and 70 degrees C was investigated in tunnel as well as cabinet dryer. The L* and b* values increased whereas, a* values decreased, as the drying air temperature increased from 50 to 70 degrees C in both the dryers, but the colour values remained higher for cabinet dryer than tunnel dryer in all cases. Eleven different drying models were compared according to their coefficients of determination (R2), root mean square error (RMSE) and chi square ( chi2) to estimate drying curves. The results indicated that, logarithmic model and modified Page model could satisfactorily describe the drying curve of betel leaves for tunnel drying and cabinet dryer, respectively. In terms of colour quality, drying of betel leaves at 60 degrees C in tunnel dryer and at 50 degrees C in cabinet dryer was found optimum whereas, rehydration at 40 degrees C produced the best acceptable product
机译:在隧道以及橱柜式干燥机中研究了温度对槟榔叶干燥行为的影响,干燥温度分别为50、60和70摄氏度。 L *和b *值增加,而a *值减小,这是因为两个干燥器中的干燥空气温度从50摄氏度增加到70摄氏度,但是在所有情况下,柜式干燥器的颜色值均比隧道式干燥器高。根据确定系数( R 2 ),均方根误差(RMSE)和卡方( chi 2 )来估算干燥曲线。结果表明,对数模型和改进的Page模型分别能令人满意地描述隧道干燥和橱柜干燥机的槟榔干燥曲线。就颜色质量而言,发现槟榔叶在隧道式干燥机中在60摄氏度和橱柜式干燥机中在50摄氏度下干燥是最佳的,而在40摄氏度下进行水合则生产出最佳的产品

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