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Quality characteristics and moisture sorption isotherm of three varieties of dried sweet potato manufactured by hot air semi-drying followed by hot-pressing

机译:用热空气半干燥制造的三种干燥甘薯的质量特征和水分吸附等温线,然后进行热压

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摘要

This study compared the quality and moisture sorption properties of dried sweet potato prepared from three varieties (two yellow types and one purple type). Semi-dried sweet potato was subjected to a hot-pressing, which led to a final moisture content of 0.14-0.22 kg/kg solid (dry weight basis). The textural properties of the dried product depended on the sugar content of raw materials. In addition, the sugar content also influenced the MSI properties of the dried product. Based on the mathematical models, the GAB equation was revealed as the best model to explain the MSI properties of dried sweet potato. Among the varieties, Annou-beni (AB) showed the highest sugar content and would be the best variety from a taste point of view. Beni-haruka (BH) showed similar qualities to AB, while the less sugar content of this variety reflected that curing was essential for BH to improve consumers' preference. Shin-jami (SJ) had a weak point in sweetness since it possessed the lowest sugar content. However, the low sugar content of SJ with an attractive color trait induced an acceptable crispy texture and made the product healthier, and SJ could serve as a good sweet potato variety to make dried snack products.
机译:该研究将干燥的甘薯的质量和水分吸附性与三种品种(两种黄色类型和一种紫色型)进行了比较。对半干燥的甘薯进行热压,导致最终水分含量为0.14-0.22kg / kg固体(干重基)。干燥产物的纹理性质取决于原料的糖含量。此外,糖含量也影响了干燥产物的MSI性质。基于数学模型,GAB方程被揭示为解释干甘薯的MSI性质的最佳模型。在品种中,Annou-Beni(AB)显示出最高的糖含量,并且是来自味觉的味觉的最佳品种。 Beni-haruka(BH)与AB显示出类似的品质,而这种品种的糖含量越少,而且对BH提高消费者偏好,固化是必不可少的。 Shin-jami(SJ)甜点较弱,因为它具有最低的糖含量。然而,SJ的低糖含量具有吸引力的彩色特质诱导可接受的脆性纹理,并使产品更健康,并且SJ可以作为一个好的薯土豆品种来制作干零食。

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