地下蓄热增温是解决高寒地区冬季温室地温不足的有力途径。
The stored energy can supply heat to the shallow earth in the greenhouse in winter.
利用热量平衡方程探讨了温室内土壤的增温效应，为推广和应用温室蔬菜栽培技术提供科学依据。
By equation of heat balance, heating effect of soil in greenhouse has been studied. Scientific basis have been provided to popularize and use greenhouse vegetable planting technology.
本论文研制一种以空气为载热介质的太阳能空气集热-土壤蓄热的增温系统，应用于农业温室。
In this thesis, a new solar active heating system with air collectors collecting and soil heat storage is studied for greenhouses heating.
全球气候变迁的驱动力主要来自于温室气体的增温效应，以及大气中气溶胶的降温效应。
The force of global climate variance mainly comes from greenhouse gases and aerosols in the atmosphere.
全球气候变迁的驱动力主要来自于温室气体的增温效应，以及大气中气溶胶的降温效应。
The force of global climate variance mainly comes from greenhouse gases and aerosols in the atmosphere.
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