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Experimental investigation on open sun-drying and solar drying system of bilimbi

机译:Bilimbi开放式晒干和太阳能干燥系统的实验研究

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摘要

Asamsunti is a product of bilimbi (Averrhoabilimbi L.) dry, which is low in water content. Currently, bilimbi drying process is under sun radiation. An open system of the drying process is promoting to contaminate of fungi and microbes. Drying apparatus was developed for increasing air temperature by solar radiation through the drying chamber in this experiment. Data of solar radiation, temperature, and mass water content are collected by every an hour (eight hours per day). Temperature increases with increasing index of solar radiation. Initial solar radiation increased and reaches a maximum at noon and then decreases with increasing interval of drying time. A maximum condition obtained of temperature ambient is 33 °C at noon, the solar collector is 67 °C, and exhaust air temperature is 42 °C. A drying time of bilimbi by using drying apparatus is about 24 hours (three days) shorter than open sun radiation is about 40 hours (five days).
机译:Asamsunti是Bilimbi(Averrhoabilimbi L.)干燥的产品,水分含量低。目前,bilimbi干燥过程处于太阳辐射下。干燥过程的开放系统正在促进对真菌和微生物的污染。在该实验中,开发了干燥装置以通过通过干燥室的太阳辐射来提高空气温度。每小时(每天八小时)收集一次太阳辐射,温度和大量水分的数据。温度随着太阳辐射指数的增加而升高。初始太阳辐射增加并在中午达到最大值,然后随着干燥时间间隔的增加而减少。中午获得的最大环境温度条件为33°C,太阳能收集器为67°C,排气温度为42°C。通过使用干燥设备的Bilimbi的干燥时间比开放的太阳辐射约40小时(五天)短约24小时(三天)。

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