小麦-芒果薄片吸湿特性研究

Momoh Clement Owoicho, Felicia A. O. Idoko, Zebere Grace, N. G, Alonge Zainab
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摘要

本文研究了小麦-芒果薄片在高密度聚乙烯材料中的吸湿特性与保质期的关系。为确定芒果浆在小麦片生产中的最佳可接受添加量,采用0 ~ 80% (w/v)的小麦和芒果浆进行了初步研究。进行感官评价,选取最受认可的片状样品,主要研究芒果果肉的水平为0 ~ 50的变化比例,共5个样品。采用标准方法研究了薄片的吸湿特性。用吸附和解吸误差的均方根百分比(%RMS)来评价各模型的拟合优度。在吸附模式下,W: M:0样品的RMS分别为14.36 ~ 43.62 (GAB)、13.82 ~ 67.69(BET)、2.69 ~ 12.97(OSWIN)和4.10 ~ 16.35 (HENDERSON)。对于W:M 90:10, RMS为38.12 ~ 43.76 (GAB), 34.04 ~ 95.33 (BET), 3.24 ~ 4.48 (OSWIN), 1.89 ~ 13.85 (HENDERSON)。W: M 80:20的RMS为29.48 ~ 90.85 (GAB), 18.10 ~ 68.72 (BET), 1.91 ~ 4.75 (OSWIN), 4.40 ~ 15.46 (HENDERSON)。对于W: M 70:30, RMS为35.22 ~ 47.91 (GAB), 14.51 ~ 40.56 (BET), 2.81 ~ 4.20 (OSWIN), 2.32 ~ 13.78 (HENDERSON)。W:M 60:40的RMS分别为23.59 ~ 55.91 (GAB)、14.41 ~ 42.96 (BET)、2.96 ~ 5.97 (OSWIN)、1.95 ~ 15.28 (HENDERSON)。W:M 50:50时,GAB值为41.20 ~ 55.10,BET值为13.85 ~ 60.53,OSWIN值为1.78 ~ 5.65,HENDERSON值为1.25 ~ 14.35。小麦-芒果片的吸附等温线符合II型曲线,Oswin和Henderson模型更符合,在高密度聚乙烯包装膜中,小麦-芒果片的保质期大于12个月。感官评价表明,在小麦中添加芒果果肉可以生产出合格的薄片。小麦:芒果50:50的混合配方是可以接受的
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Moisture Sorption Characteristics of Wheat-Mango Flake
In this study, the moisture sorption characteristics of wheat-mango flakes in relation to their shelf-life in high-density polyethylene material were studied. A preliminary research work was done to ascertain the optimum acceptable levels of Mango pulp addition to wheat flake production using 0 to 80 % (w/v) of wheat and mango pulp. Sensory evaluation was done and the most accepted flake samples were selected, the main research, the level of mango pulp was the varied ratio of 0 to 50 giving rise to a total of 5 samples. Moisture sorption characteristics of the flakes were studied using standard methods. The goodness of fit of the various models was evaluated using the percentage root mean square of the errors (%RMS) for adsorption and desorption. In the adsorption mode, the RMS ranged from 14.36 to 43.62 (GAB), 13.82 to 67.69(BET), 2.69 to 12.97(OSWIN), 4.10 to 16.35 (HENDERSON) in W: M 100:0 sample. For W:M 90:10, the RMS ranged from 38.12 to 43.76 (GAB) 34.04 to 95.33 (BET), 3.24 to 4.48 (OSWIN), 1.89 to 13.85 (HENDERSON). For W: M 80:20, the RMS ranged from 29.48 to 90.85 (GAB), 18.10 to 68.72 (BET), 1.91 to 4.75 (OSWIN), 4.40 to 15.46 (HENDERSON). For W: M 70:30, the RMS ranged from 35.22 to 47.91 (GAB), 14.51 to 40.56 (BET), 2.81 to 4.20 (OSWIN), 2.32 to 13.78 (HENDERSON). For W:M 60:40, the RMS ranged from 23.59 to 55.91 (GAB), 14.41 to 42.96 (BET), 2.96 to 5.97 (OSWIN), 1.95 to 15.28 (HENDERSON). And for W:M 50:50, the values ranged from 41.20 to 55.10 (GAB),13.85 to 60.53 (BET), 1.78 to 5.65 (OSWIN), 1.25 to 14.35 (HENDERSON) respectively. Wheat-mango flakes sorption isotherm obeys type II curve and Oswin and Henderson model fits better and shelf-life for wheat-mango flake is greater than 12 months in high density polyethylene packaging film used as packaging material. Sensory evaluation revealed that acceptable flakes can be produced from wheat supplemented with mango fruit pulp. Blend formulation wheat: mango at 50:50 was mostly acceptable
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