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The effect of moisture content on grinding process of wheat and maize single kernel

机译:水分含量对小麦和玉米籽粒磨削过程的影响

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The mechanical properties and the resistance of grains are key characteristics that enhance grinding behaviour of wheat and maize and are dependent on the moisture content of the grains. These properties were defined in the single-kernel compression test, and it seems that the qualities expressing the relations resulting during mechanical loads like mechanical and rheological properties are significant. The aim of the study reported here is to show the influence of moisture content on grinding process of wheat and maize single kernel. To show this influence it is necessary to study the physical and mechanical properties of wheat and maize single kernel at different moisture content 10%, 12%, 14%, 16%, 18% and 20%. The measurement results showed significant relationship between the cereal type, its resistance characteristics and the moisture content in the grinding process.
机译:晶粒的机械性能和抗性是增强小麦和玉米研磨行为的关键特性,并取决于晶粒的水分含量。这些性质在单核压缩试验中定义,似乎表达在机械载荷中产生的关系的质量是有显着的。本研究的目的在此报告的是展示水分含量对小麦和玉米单核的研磨过程的影响。为了表明这种影响,有必要研究小麦和玉米单核的物理和力学特性,在不同的水分含量10%,12%,14%,16%,18%和20%。测量结果表明谷物型,磨削过程中的耐水性含量之间的显着关系。

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