首页> 外文期刊>Agrociencia >OPTIMIZATION OF OVEN DRYING CONDITIONS OF BANANA ( Musa spp., AAA GROUP, cv ‘ Luvhele ’ AND ‘ Mabonde ’) USING RESPONSE SURFACE METHODOLOGY
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OPTIMIZATION OF OVEN DRYING CONDITIONS OF BANANA ( Musa spp., AAA GROUP, cv ‘ Luvhele ’ AND ‘ Mabonde ’) USING RESPONSE SURFACE METHODOLOGY

机译:使用响应表面法优化香蕉(烘箱,AAA组,cv“ Luvhele”和“ Mabonde”)的烘箱干燥条件

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Luvhele and Mabonde banana varieties are bananas grown in Limpopo province of South Africa and they are rich in nutriments and antioxidants. Optimization of oven drying conditions of Luvhele and Mabonde banana varieties were studied using response surface methodology. The drying was performed according to a central composite rotatable design to explore two sets of variables: oven temperatures (40, 50 and, 60 ¢XC) and drying time (1260, 1080, and900 min) for Luvhele; (40, 50 and, 60 ¢XC) and (1260, 900, and 600 min) for Mabonde. The color and texture (hardness) data were analyzed using ANOVA and regression analysis. Results indicated that L*, a*, b*, hue angle and hardness varied with drying conditions for the two banana varieties. The hue angle ranged between 63.38-74.70 and 60.14-72.80 in dried slices of the banana varieties, Luvhele and Mabonde. The hardness ranged between 1.15-14.62 N and 1.28-14.29 N. Oven temperature and drying time had significant (p?T0.05) effects on the overall color (hue) and hardness of both varieties. Models obtained for the prediction of overall color (hue) and hardness of dried slices of both banana varieties as a function of the process variables drying temperature and time had no significant (p??0.05) lack of fit test, adequate and acceptable regression values: adjusted R2 between 0.78 and 0.80, coefficient of variance ??10 %. The drying temperature of 47.56 ¢XC for 944.87 min were optimum to obtain a quality product desirability of 0.97 to the Luvhele variety. Drying temperature of 40 ¢XC and 646.17 min, with a desirability of 0.83, were predicted as optimum drying conditions to theMabonde. The result of this study could be used as a standard for oven drying of Luvhele and Mabonde banana varieties.
机译:Luvhele和​​Mabonde香蕉品种是在南非林波波省种植的香蕉,它们富含营养和抗氧化剂。使用响应面法研究了Luvhele和​​Mabonde香蕉品种的烤箱干燥条件的优化。根据中心复合材料可旋转设计进行干燥,以探索两组变量:Luvhele的烤箱温度(40、50和60°C)和干燥时间(1260、1080和900分钟);以及(对于Mabonde,分别为(40、50和60°C)和(1260、900和600分钟)。使用方差分析和回归分析分析颜色和纹理(硬度)数据。结果表明,两个香蕉品种的L *,a *,b *,色相角和硬度均随干燥条件而变化。在香蕉品种Luvhele和​​Mabonde的干燥切片中,色相角介于63.38-74.70和60.14-72.80之间。硬度范围在1.15-14.62 N和1.28-14.29 N之间。烤箱温度和干燥时间对两个品种的总体颜色(色相)和硬度都有显着(p?T0.05)影响。用于预测两种香蕉品种的干燥切片的总体颜色(色调)和硬度作为过程变量干燥温度和时间的函数的模型没有显着(p ?? 0.05)缺乏拟合检验,足够且可接受的回归值:将R 2调节在0.78至0.80之间,方差系数≤10%。最佳干燥温度为47.56 ¢ XC,持续944.87分钟,对于Luvhele品种而言,获得0.97的优质产品合意性是最佳的。预测40°C的干燥温度和646.17分钟的干燥度(理想值为0.83)是对马邦德的最佳干燥条件。这项研究的结果可作为Luvhele和​​Mabonde香蕉品种烤箱烘干的标准。

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