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首页> 外文期刊>Journal of food engineering >Compaction and relaxation characteristics of single compacts produced from distiller's spent grain
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Compaction and relaxation characteristics of single compacts produced from distiller's spent grain

机译:酒糟的单粒压实和松弛特性

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摘要

Compaction and relaxation characteristics of densified distiller's spent grain compacts produced at different levels of compressive pressure (60.3-135.7 MPa), initial moisture content (15%, 20% and 25% wb) and soluble content (15% and 30%) were analyzed during the study. The compaction levels used in this study caused up to a 4% wb reduction in the moisture of compacts in comparison to their initial moisture. The density of compacts was analyzed to determine the compaction characteristics of distiller's spent grain using Jones model. Analysis of the Jones model showed that there was a significant (P = 0.004) decrease in compressibility with an increase in soluble content from 0% to 30%. The distiller's spent grain compacts were subjected to relaxation tests and the relaxation data obtained were normalized and analyzed to determine the asymptotic modulus (E_A) of the compacts. The asymptotic modulus was used as a measure of rigidity of the compacts. Distiller's spent grain compact produced with a compressive force of 135.7 MPa and initial moisture of 25% wb possessed the highest E_A value.
机译:分析了在不同压缩压力(60.3-135.7 MPa),初始含水量(15%,20%和25%wb)和可溶物含量(15%和30%)的条件下生产的压实酒糟颗粒的压实和松弛特性在研究期间。与初始水分相比,本研究中使用的压实度导致压实水分减少多达4%wb。使用琼斯模型分析压实体的密度,以确定蒸馏酒糟的压实特性。 Jones模型的分析表明,可压缩性显着下降(P = 0.004),而可溶性含量从0%增加到30%。对蒸馏器的废谷物压块进行松弛测试,并对获得的松弛数据进行归一化和分析,以确定压块的渐近模量(E_A)。渐进模量用作压块刚度的量度。以135.7 MPa的压缩力和25%wb的初始水分生产的酒糟废粉坯的E_A值最高。

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