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Development of on-farm storage technique for rice at temperature below ice point using ambient naturally cold air in winter

机译:冬季环境自然冷空气在冰点低于冰点水稻农场储存技术的发展

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The objective of this project was to develop a new on-farm storage technique for rice at a temperature below ice point using ambient naturally cold air in winter. In an on-farm storage experiment, 994 tons of rough rice was stored in two silos from the end of November 1999, and the rough rice was aerated from the bottom to the top of each silo for 91 hours in January 2000. The rough rice temperature in each silo fell down below ice point (minus 1.5 degrees Celsius on average). At the end of storage(end of July 2000), the temperature of rice grains in the center of each silo was kept still below ice point (minus 0.5 degrees Celsius). The quality of the rice stored in the silos was thereby preserved at a level similar to that of freshly harvested rice. A combination of rice storage at a temperature below ice point and utilization of ambient cold air in winter enables the quality of rice to be preserved at a high level without the requirement of a cooling unit or electricity.
机译:该项目的目的是在冬季使用环境自然冷空气在冰点低于冰点的温度下开发新的农场储存技术。在一个农场储存实验中,从1999年11月底,994吨粗糙的米饭储存在两个筒仓中,并且在2000年1月,粗糙的米从每个筒仓的底部到顶部91小时。粗糙的米饭每个筒仓的温度下降到冰点以下(平均减去1.5摄氏度)。在储存结束时(2000年7月底),每种筒仓中心的米粒的温度保持仍然低于冰点(减去0.5摄氏度)。因此,储存在筒仓中的水稻的质量保持在类似于新鲜收获的水稻的水平。冬季冰点低于冰点和环境冷空气的温度的水稻储存的组合使得水稻的质量保持在高水平,而不需要冷却单元或电力。

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