南京工业职业技术学院学报
南京工業職業技術學院學報
남경공업직업기술학원학보
JOURNAL OF NANJING INSTITUTE OF INDUSTRY TECHNOLOGY
2014年
2期
4-8
,共5页
喷头%喷雾降温%温室
噴頭%噴霧降溫%溫室
분두%분무강온%온실
nozzle%fog cooling%greenhouse
对温室冷雾降温系统进行试验研究和理论分析,并在此基础上,设计了一套温室冷雾降温雾系统,然后将系统安装18m*42m的温室大棚,对其降温效果进行考核。试验结果表明:在自然通风的条件下,系统在夏季能为为温室内作物提供最佳生长条件。
對溫室冷霧降溫繫統進行試驗研究和理論分析,併在此基礎上,設計瞭一套溫室冷霧降溫霧繫統,然後將繫統安裝18m*42m的溫室大棚,對其降溫效果進行攷覈。試驗結果錶明:在自然通風的條件下,繫統在夏季能為為溫室內作物提供最佳生長條件。
대온실랭무강온계통진행시험연구화이론분석,병재차기출상,설계료일투온실랭무강온무계통,연후장계통안장18m*42m적온실대붕,대기강온효과진행고핵。시험결과표명:재자연통풍적조건하,계통재하계능위위온실내작물제공최가생장조건。
This paper presents experimental result and theoretical analysis of the greenhouse fog cooling,based on which a high-pressure fog cooling system was designed. The study was conducted in a greenhouse of 18*42 m2 . The study shows that the high-pressure fog cooling system is efficient on some conditions of requiring a certain wind velocity and a certain humidity in greenhouses.