用DSC热分析研究小麦籽粒分子内脱湿过程动力学

V. V. Looze, K. B. Gurieva, S. Beletskiy, A. Khoroshilov, Y. Sidorenko
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引用次数: 0

摘要

本文介绍了对小麦籽粒分子内水分去除过程动力学的DSC研究结果。实验选取4个2021年收获的三等小麦样品,其“千粒重”指标等技术指标不同。研究是在dsc204f1 Phoenix差示扫描量热计上进行的。在小麦样品的质量变化的数据,当他们被加热到临界温度+200和250°С提出。研究表明,在200°С温度下的轻微减重通常对应于在250°С温度下的较大减重。这导致了分子内保水程度取决于品种个体特征的假设。用差示扫描量热法测定了4种小麦样品的除湿过程动力学。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of the kinetics of the process of intramolecular moisture removal from wheat grain by DSC thermal analysis
The article presents the results of a DSC study of the kinetics of the process of removing intramolecular moisture from wheat grains. For the experiments, four samples of wheat of the 3rd class of the 2021 harvest diff ering in technological indicators, including the “Mass of 1,000 grains” indicator, were selected. The studies were carried out on a DSC 204 F1 Phoenix diff erential scanning calorimeter. The data on the change in the mass of wheat samples when they are heated to critical temperatures of +200 and 250 °С are presented. It has been shown that a slight weight loss at 200 °С generally corresponds to a larger weight loss at 250 °С. This led to the assumption that the degree of intramolecular water retention depends on the individual characteristics of the variety. The kinetics of the process of dehumidifi cation of four samples of wheat, determined by the method of diff erential scanning calorimetry, is presented.
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