摘要
为使温室尽可能多地截获太阳辐射能,提高日光温室在严寒冬季的室内温度,根据东北地区地理纬度、气候条件及温室使用要求,综合考虑温室的采光、保温、作物的生育以及人工作业等因素,合理设计了温室的结构,确定了几何参数;综合考虑承载能力、节省材料及使用要求,选择了建筑材料,使温室能够在不用人工加温或仅有极少量加温的条件下,也能保证作物所需的最低生长温度。
In order to capture the solar radiation more efficiently, and to improve the room temperature of solar greenhouse in winter, the structure of greenhouse was designed and its geometric parameters were confirmed, according to the geographic latitude, climate condition and operating requirements as well as the factors such as lighting of solar greenhouse, heat preservation, crop growth and manually operation. Considering the carrying capacity, material saving and operating requirements, the building materials were selected, which could guarantee the minimum growth temperature for crops in greenhouse without artificial heating or with few heating.
出处
《安徽农业科学》
CAS
北大核心
2008年第35期15741-15743,共3页
Journal of Anhui Agricultural Sciences
基金
吉林省科技厅重点项目资助(吉科合字第20040207-1)
关键词
日光温室
设计
环境控制
Solar greenhouse
Design
Environmental control
