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1) energy saving sunlight greenhouse
节能日光温室
1.
In this paper,studies on effects of different CO\-2 concentrations on crop s growth development and physiology of pumpkin in winter in energy saving sunlight greenhouse which was built in cold area located at high latitudes(Shihezi,North 44 19′).
研究了高纬度地区 (石河子 ,北纬 44 1 9’)冬季节能日光温室内不同CO2 浓度对西葫芦生长发育及生理代谢的影响。
2.
The essay discusses the background of Chinese energy saving sunlight greenhouse,development,researches and harvests in architecture and structure,and light heat environment gained in recent ten years.
阐述了我国节能日光温室的产生背景以及近 1 0余年来该类温室在建筑结构、光热环境等方面的研究进展与所取得的一系列成果 ,提出了今后加强研究的方
2) Solar greenhouse
节能日光温室
1.
Based on analyzing conditions of climatic resources, key techniques and economic income, of feasibility of developing solar greenhouse vegetable production in the dry farming region in Gansu Province was studied.
从气候资源条件、关键技术、经济收益等方面 ,分析探讨了在甘肃旱作农业区发展节能日光温室蔬菜生产的可行性。
3) energy-saving solar greenhouse
节能型日光温室
1.
The vegetable production with energy-saving solar greenhouse is much sensible to regional climate.
节能型日光温室蔬菜生产有很强的地域性,不同的地区气候条件对其生产的影响不同。
4) solar energy-saving greenhouse
日光节能温室
1.
The effect of sinking depth on lighting performance of the solar energy-saving greenhouse;
日光节能温室下沉深度对其采光性能的影响
5) Chinese lean to solar greenhouse
高效节能型日光温室
1.
The experiment on nutrient absorption of cucumber in Chinese lean to solar greenhouse was conducted.
高效节能型日光温室黄瓜干物质和氮、磷、钾的积累都呈“S”形曲线 ;氮、磷、钾吸收最大期为盛瓜初期至盛瓜后期 ,占总吸收量的 80 %以上 ;每形成 10 0kg黄瓜需吸收N量0 。
6) Efficient-economical solar-greenhouse
高效节能日光温室
补充资料:日光温室生菜病害识别与防治
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