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Development of a method for determining moisture diffusivity of alfalfa grind under surface condensation

机译:表面凝结下苜蓿粉体水分扩散率测定方法的开发

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摘要

A method, referred to as the "ring stack" method, based on one-dimensional diffusion in a semi-infinite cylinder has been developed to measure the moisture diffusivity of a powder material like ground alfalfa when exposed to steam. This method and the diffusion model associated with it have been evaluated using regression statistics. Through the lack-of-fit test, it was found statistically (a = 0.05) that the diffusion model associated with the "ring stack" method represented very well the experimental data on ground alfalfa under steam condensation. Moisture diffusivity of ground alfalfa measured by the "ring stack" method was 5.90×10{sup}(-8) ±4. 72×10{sup}(-9) m{sup}2/s, which compared favorably with published data.
机译:已经开发出一种基于半无限圆筒中的一维扩散的方法,称为“环堆叠”方法,以测量暴露于蒸汽的粉状物料(如苜蓿粉)的水分扩散率。已使用回归统计数据评估了该方法及其相关的扩散模型。通过缺乏拟合测试,从统计学上(a = 0.05),发现与“环叠”法相关的扩散模型很好地代表了在地面紫花苜蓿在蒸汽冷凝条件下的实验数据。通过“环堆叠”法测量的苜蓿粉的水分扩散率为5.90×10 {sup}(-8)±4。 72×10 {sup}(-9)m {sup} 2 / s,与已发布的数据相比具有优势。

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