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Studies on solar dehumidification system for brown rice drying part 1: prediction of temperature in FRP solar house

机译:糙米干燥的太阳能除湿系统研究第1部分:玻璃钢太阳能房温度预测

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摘要

From the viewpoints of energy saving, the use of benign energy for environment and rice quality, the utilization of solar radiation coupled with an air dehumidifier for brown rice drying was devised to possibility. The purpose of the present study was to develop a mathematical model for simulating the solar dehumidification system for brown rice drying in a Fiber Reinforced Plastic (FRP) house. The paper described here was the work intended to evaluate a prediction method of temperature variationon each part of the FRP house when with and without a solar collector. The prediction method used was mathematical model derived from heat balance on each part of the house. The predicted values for the air inside the FRP house agreed well with theexperimental actual values.
机译:从节约能源,为环境和稻米质量利用良性能源的角度出发,设计了利用太阳辐射结合空气除湿机进行糙米干燥的可能性。本研究的目的是开发一个数学模型,以模拟在纤维增强塑料(FRP)房屋中用于糙米干燥的太阳能除湿系统。本文所述的论文旨在评估在有和没有太阳能集热器的情况下,FRP房屋每个部分的温度变化的预测方法。所使用的预测方法是从房屋各个部分的热量平衡得出的数学模型。玻璃钢屋内空气的预测值与实验实际值吻合得很好。

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