重庆建筑
重慶建築
중경건축
CHONGQING ARCHITECTURE
2014年
6期
53-56
,共4页
浅层地温能%赋存条件%适宜性分区%热容量%换热功率
淺層地溫能%賦存條件%適宜性分區%熱容量%換熱功率
천층지온능%부존조건%괄의성분구%열용량%환열공솔
shallow geothermal energy%occurrence condition%suitability division%thermal capacity%thermal power
根据重庆市的自然地理、地形地貌、气象水文、地层岩性、地质构造等特征，该文分析了浅层地温能分布特点和赋存条件，其包括水文地质条件、岩土体物理和热物理特征、岩土体热响应特征、浅层地温场特征等；进行了重庆市浅层地温能适宜性分区；计算了重庆市浅层地温能可利用资源量。
根據重慶市的自然地理、地形地貌、氣象水文、地層巖性、地質構造等特徵，該文分析瞭淺層地溫能分佈特點和賦存條件，其包括水文地質條件、巖土體物理和熱物理特徵、巖土體熱響應特徵、淺層地溫場特徵等；進行瞭重慶市淺層地溫能適宜性分區；計算瞭重慶市淺層地溫能可利用資源量。
근거중경시적자연지리、지형지모、기상수문、지층암성、지질구조등특정，해문분석료천층지온능분포특점화부존조건，기포괄수문지질조건、암토체물리화열물리특정、암토체열향응특정、천층지온장특정등；진행료중경시천층지온능괄의성분구；계산료중경시천층지온능가이용자원량。
Based on the physical geography, landforms, hydrological conditions, formation lithology and geological structure of Chongqing, the distribu-tion features and occurrence conditions of shallow geothermal energy are analyzed, including hydrological conditions, rock and soil physical features and heat physical features, thermal response features of rock and earth mass and shallow geothermal field characteristics. The suitability division of shallow geothermal energy in Chongqing is done with available resource amount of the shallow geothermal energy in Chongqing calculated.
