1) geothermal aquifer
储热含水层
2) aquifer thermal energy storage
含水层热储
1.
Choice and arrangement of aquifer thermal energy storage well s position;
地下含水层热储井位置选择和布置
3) hydrous lsyer of heat conservation
热储含水层
4) aquifer thermal energy storage
含水层储能
1.
Application of seasonal aquifer thermal energy storage systems to residential buildings;
季节性含水层储能系统在住宅中的应用
2.
Application of heat pump coupled aquifer thermal energy storage technology
热泵耦合含水层储能技术应用研究
3.
The effect of heat pump coupled aquifer thermal energy storage on a heating and air-conditioning for a hotel of Tianjin was investigated.
结合实际工程项目,对对井抽灌热泵耦合地下含水层储能效果进行了研究与评价。
5) aquifer energy storage
含水层储能
1.
The paper describes that integrated mathematical models are set up based on underground water flow,heat,and mass transfer of aquifer energy storage.
本文建立了热泵耦合含水层储能系统的地下水流动及热质迁移的耦合数学模型,模拟了不同井距和在不同水文地质条件下对井抽灌储能区域的温度场变化。
2.
Water temperature and underground temperature distribution of heat pump coupled with aquifer energy storage system which has run for 3 consecutive years were simulated,with underground water flow and heat transfer equations put forward by Kipp K L.
采用Kipp K L推出的地下水流动和热运移方程,对热泵耦合含水层储能系统连续运行3年的储能井温及地下温度场进行了模拟计算。
3.
Taking an underground water-source heat pump system with double wells(one production well and one injection well)in Tianjin region for example,the cold and heat storage rates of underground aquifer energy storage system with double wells are analyzed and calculated.
以天津地区采用对井(一抽一灌)的某地下水源热泵系统为研究对象,分析计算了对井地下含水层储能系统的储冷储热率。
6) oil-water bearing reservoir
储层含油水性
1.
Identification of oil-water bearing reservoirs with fluorescent microscopic technology in Tuha Basin;
应用荧光显微技术判别吐哈盆地储层含油水性
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