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太阳能-红外联合干燥葡萄的探讨
引用本文:李建军.太阳能-红外联合干燥葡萄的探讨[J].农学学报,2014,4(3):68-71.
作者姓名:李建军
作者单位:塔里木大学机械电气化工程学院,新疆阿拉尔843300
摘    要:文章回顾了吐鲁番葡萄独特的生长环境和产业地位,简述了葡萄干燥的不同方法、干燥特点以及联合干燥方法的优势和前景,指出了太阳能干燥和远红外干燥具有节约能源、速度快、品质高的优点,提出太阳能-红外可联合中草药和其他农副产品,得出太阳能-红外联合干燥葡萄是可行的,由于太阳能的可再生性,红外干燥也具有节能的特点,两者联合干燥葡萄发展前景广阔。目前,太阳能-红外干燥仍处于研究阶段,近年研究较少,突破不大,一直没达到产业化应用,随着能源的紧缺,太阳能-红外应用会快速发展。

关 键 词:草莓  草莓  半基质  品种  果实品质  矿质营养  
收稿时间:2013/11/19 0:00:00
修稿时间:2013/12/12 0:00:00

Solar-Infrared Investigate of Joint Dried Grapes
Li Jianjun.Solar-Infrared Investigate of Joint Dried Grapes[J].Journal of Agriculture,2014,4(3):68-71.
Authors:Li Jianjun
Institution:Li Jianjun (Mechanical the Electrification Engineering College Tarim University, Alar 843300, Xinjiang, China)
Abstract:The article reviewed the unique Turpan grape growing environment and industry position, outlinedthe different methods of grape drying, drying characteristics and the advantages and prospects of joint dryingmethod, pointed out that solar drying and infrared drying were saving energy, fast, high-quality the advantages,proposed that solar energy-infrared could be combined with herbs and other agricultural products, derivedsolar-infrared drying grapes was feasible, dued to the solar renewable, infrared drying also had energy-savingfeatures, combination of both dried grapes had broad development prospects. At present, solar energy-infrareddrying was still in the research stage, a few studies in recent years, a breakthrough was not, had not reached theindustrial application, with the energy shortage, solar energy-infrared applications would be rapid development.
Keywords:Solar  Infrared  Drying Technology  Grapes  Quality
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