农业工程学报2012，Vol.28Issue(8)：235-240,6.DOI:10.3969/j.issn.1002-6819.2012.08.037
下沉式日光温室南侧边际区域土壤温度变化特征
Variation characteristics of soil temperature at south edge area in sinking-mode greenhouse
摘要
Abstract
To further optimize the structure of the greenhouse,the variation characteristics of the temperature in south edge area in the sinking-mode greenhouse of the sinking depth 80 cm was analyzed and the comparison of the soil temperature of this mode and the non-sunken greenhouse was made. The temperature inside greenhouse 0~5m from south vertical wall (0.1m depth) and outside greenhouse 0~lm from south vertical wall (0~60cm depth) were measured. The results showed that the distance of boundary point for soil temperature at the south edge area was 160 cm from the south vertical wall of the greenhouse in January,and it was only 20cm from that in late March. In mid-January,in one day the farthest point appeared during >03:00~09:00,which was located at 180cm from the south,and the nearest point appeared during >15:00~ 18:00,which was located at 60 cm. Compared with the south edge area in the non-sunken greenhouse,the size of the sinking greenhouse was obviously reduced. At distance 0~lm from south vertical wall (0~60cm depth) outside greenhouse,relatively stable interface of temperature existed in both the facade that perpendicular to south vertical wall and the facade that perpendicular to surface. As one of an index of the optimized design of a greenhouse,the reduction of edge area can show the superiority of the sinking-mode sunlight greenhouse in Henan province.关键词
温室/土壤/温度/界点/南立面/下沉式日光温室Key words
greenhouses/soils/temperature/boundary point/south vertical wall/sinking greenhouse分类
农业科技引用本文复制引用
王思倩,张志录,侯伟娜,易东海,孙治强..下沉式日光温室南侧边际区域土壤温度变化特征[J].农业工程学报,2012,28(8):235-240,6.基金项目
现代农业产业技术体系建设专项资金资助(CARS-25-C-06) （CARS-25-C-06）
黄淮地区日光温室结构优化核心技术研究(114200510009) （114200510009）
