目前我国的大型连栋温室普遍存在着冬季保温透光性能差、能源消耗高等问题。
The problems in multi span greenhouse industry are that the light and thermal environment are bad and the energy consumed in greenhouse is pretty much in winter.
节能型连栋日光温室是结合单栋日光温室和连栋温室的结构特点而设计的一种新颖温室。
The energy-saving multispan heliogreenhouse is designed according to the structural characteristics of both simple heliogreenhouse and multispan greenhouse.
即第一代土木结构温室、第二代砖木结构温室、第三代钢架结构温室以及果树生产温室、连栋温室。
The first is made of soil, The second is made of brick, produce technologies of the 2nd generation type of '43' solar greenhouse.
大型温室采暖期的确定及采暖能耗的计算可为中国连栋温室采暖设计标准化提供依据，为温室节能提供参考。
The calculation of heating duration and energy consumption can provide basis for on standardized heating-design as well as reference for the energy-saving for the multi-span greenhouse.
应用数学模型分析了温室方位、连栋数、季节及地理纬度对太阳直射光透过率的影响。
Effects of greenhouse orientation, number of spans, time of year and the latitude on the direct solar radiation transmissivity into greenhouses were analyzed using a mathematical model.
总结出一套实用的连栋塑料温室设计的方法，以供设计人员参考。
A set of design method was summed up to fit the design of plastic greenhouse, which can be reference for designer.
该文采用风洞试验方法，在不同风向角与是否安装遮阳幕的情况下对互插式连栋塑料温室的风压分布进行了详细的试验研究。
The distribution of wind pressure of a mutual inserted multi-greenhouse was researched comprehensively on wind angles and canopy or non-canopy on the basis of wind tunnel test.
该文采用风洞试验方法，在不同风向角与是否安装遮阳幕的情况下对互插式连栋塑料温室的风压分布进行了详细的试验研究。
The distribution of wind pressure of a mutual inserted multi-greenhouse was researched comprehensively on wind angles and canopy or non-canopy on the basis of wind tunnel test.
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