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Solar dryers for tropical food preservation: Thermophysics of crops, systems and components

机译:用于热带食品保存的太阳能干燥机:农作物,系统和组件的热物理

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Drying reduces the moisture content of harvested crops thus slowing decay processes to enable longer term storage. Solar dryers contain the crop being dried, to enhance solar energy collection incurring lower crop losses than are associated with open-sun drying and recurrent costs than are inherent to uses of fossil-fuels for drying. The influences of key environmental, operational and design parameters for solar dryers are discussed including: (i) psychrometry of drying processes and ambient conditions, (ii) how initial crop properties are converted to final desired product attributes, (iii) feasibility of using powered components such as fans and (iv) air-heating solar collector selection. (C) 2017 Elsevier Ltd. All rights reserved.
机译:干燥减少了收获农作物的水分含量,从而减缓了腐烂过程,从而可以长期保存。太阳能干燥器包含待干燥的农作物,以提高太阳能收集效率,与使用日光干燥相比,其农作物损失要低于使用化石燃料进行干燥所固有的损失。讨论了太阳能干燥机的关键环境,操作和设计参数的影响,包括:(i)干燥过程和环境条件的干湿法测量;(ii)如何将最初的农作物特性转化为最终的所需产品属性;(iii)使用动力的可行性风扇和(iv)空气加热太阳能集热器等组件。 (C)2017 Elsevier Ltd.保留所有权利。

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