小麦粗粒贮藏过程的研究

Z. H. Horváth, B. Szabé, A. Véha
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引用次数: 2

摘要

摘要:研究了小麦加工过程中产品质量的变化规律。我们分析了家庭使用的不同类型的小麦颗粒(BL-55、BL-196、BFF-55和AD)。用三种包装(纸袋、透明PE袋、编织物PP袋),在两个不同的地方(明亮/温暖和黑暗/凉爽的地方)存放6个月。每月测定样品的滴度和颜色特征。用Hunter MiniScan测色仪进行颜色测量。采用CIELab颜色系统进行颜色表征。用方差分析分析滴度值。包装类型对滴度无显著影响。在我们的BL-55、BL-196和BFF-55型样品中,储存条件对滴度有显著影响:在黑暗/凉爽的地方储存的样品滴度较小。在储存期间,所有样品的滴度值都显著上升。为了确定颜色的变化,我们计算了在开始和存储期间测量的颜色坐标之间的ΔE*ab色差。我们样品的BL-55和BL-196颜色没有明显变化。我们的BFF-55和AD类型的样品在黑暗/凉爽的地方储存时,颜色的变化是难以察觉的。在使用纸袋或PP袋储存在明亮/温暖的地方的情况下,样品的颜色变化明显。
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Investigation of wheat grits during storage
Abstract The change of the quality of wheat milling products was investigated in our work. We analysed different types of wheat grists that are used in household (BL-55, BL-196, BFF-55 and AD). The grists were stored in three type of packages (paper bag, transparent PE bag, and woven PP bag) and in two different places (bright/warm and dark/cool place) for 6 months. The titre and colour characteristics of samples were measured monthly. Colour measurements were performed with a Hunter MiniScan colour-measuring instrument. The CIELab colour system was used for colour characterization. The values of titre were analysed using ANOVA. The type of package did not have significant influence on the titre. In the case of the BL-55, BL-196, and BFF-55 type of ours, the storage conditions had a significant effect on titre: it was smaller for samples that were stored in the dark/cool place. The value of titre rose significantly during storage for all samples. To determine the change of colour, we calculated the ΔE*ab colour differences between colour coordinates measured at the beginning and during storage. The colour of the BL-55 and BL-196 our samples did not change perceptibly. The variation of colour of the BFF-55 and AD type of ours was imperceptible for samples stored in the dark/cool place. The changing of the colour was well perceptible in the case of samples stored in the bright/warm place using paper bag or PP bag.
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