地下蓄能,underground thermal energy storage
1)underground thermal energy storage地下蓄能
1.Theory analysis on heat transfer and porosity of underground thermal energy storages(UTES);地下蓄能体多孔介质传热及其热湿迁移分析
2.The state-of-the-art of the underground thermal energy storage(UTES) and the basic problems faced by its development in the future were summarized,including the investigation of mechanisms,the characteristics of the unsteady heat transfer in a complex underground environment,and the control strategy of the UTES system.着重论述了地下蓄能(UTES)技术发展现状和所面临的问题,包括传热机理的研究,复杂地下环境下不稳定传热的特性以及UTES系统的控制策略等。
3.Experimental investigation on operational modes of underground thermal energy storage建立了温度场形态主动控制新理念,并提出了热屏概念,为实现地下蓄能最佳效率优化奠定了理论基础。
英文短句/例句

1.Energy Characteristics Analysis and Time-Varying Characteristics of Underground Energy Storage;地下蓄能时变特性及其能量特征分析
2.Hybrid System on Solar Energy and Underground Thermal Energy Storage for Engineering Applications;地下蓄能和太阳能复合系统工程应用分析
3.Description of energy flux on thermal diffusion and transport in underground thermal energy storage地下蓄能热扩散和传输的能流通量描述
4.Supervision on the Underground Project and Lower Reservoir of Baoquan Pumped Storage Power Station;宝泉抽水蓄能电站地下工程及下水库工程监理
5.Simulation of regulational capacity of groundwater reservoirs in the piedmont of the Qinling Mountain for Guanzhong Basin关中盆地秦岭山前地下水库调蓄功能模拟研究
6.Stability Analysis of Surrounding Rock for Underground Powerhouse in Xilongchi Pumped Storage Power Station;西龙池抽水蓄能电站地下厂房围岩稳定分析
7.Study of Water Yield Prediction in the Underground Power House of Hong Ping Pumped Storage Station;洪屏抽水蓄能电站地下厂房涌水量预测研究
8.Stability Analysis on Underground Caverns of Pumped Storage Hydropower Station;抽水蓄能电站地下厂房洞室群围岩稳定性分析
9.The Research of Interception Flood and Guidance Permeation and the Function of the Underground Reservoir to Store and Regulate at the Alluvial Fan in Front of the Qinling Mountain;秦岭山前截洪引渗与地下水库调蓄功能研究
10.Research of Solar Energy Conserving System in Soil for Active Greenhouse;主动式温室太阳能地下蓄热系统的研究
11.Analysis on Simulation and Function of Regulation & Control of Groundwater Reservoir in Arid Area;干旱区地下水库调蓄功能及其模拟分析
12.Stability Analysis of the Underground Gas Storage in Salt Rock in the Process of Compressed Air Energy Storage压气蓄能过程中地下盐岩储气库稳定性研究
13.Study and application of fresh air cooling technology using earth heat retainers地下蓄热体新风降温节能技术的研究与应用
14.Design of anti-seepage drainage system of underground powerhouse for Hongping pumped storage power station洪屏抽水蓄能电站地下厂房防渗排水系统设计
15.Analysis on Vibration Responses of Underground Powerhouse Structure of Yixing Pumped Storage Station宜兴抽水蓄能电站地下厂房结构振动响应分析
16.Support Design of Underground Powerhouse of Jiangsu Yixing Pumped Storage Power Station江苏宜兴抽水蓄能电站地下厂房的支护设计
17.decreases in waterstoring capacity in the middle and lower reaches of the river due to loss of lakes and wetlands;由于湖泊和湿地减少,长江中、下游的蓄水能力下降;
18.It is not essential to build a storage or impounding reservoir if the water can be stored in the ground.如果能将水储存在地下,就没有必要建造水库或蓄水池。
相关短句/例句

underground artificial reserve function地下调蓄功能
3)underground energy storage system地下蓄能系统
1.Experiment of ground-source heat pump and underground energy storage system;地源热泵及地下蓄能系统的实验研究
4)underground heat storage地下蓄热
1.Study on the distribution of airflow velocity within heat exchange pipes and heat saving performance of the underground heat storage system in greenhouse.;温室地下蓄热系统换热管道流速分布与蓄热性能研究
2.Heat exchanging characteristics of underground heat storage system in greenhouses;温室地下蓄热系统换热特性研究
5)aquifer reserve地下调蓄
1.Prospective areas and types of aquifer reserve in the Taihang piedmont plain;太行山前平原地下调蓄远景区与类型
6)underground storage地下蓄水
延伸阅读

巴斯康蒂抽水蓄能电站巴斯康蒂抽水蓄能电站BathCountyPumpedStoragePowerStation位于美国弗吉尼亚州西北部,20世纪80年代是世界上装机容量最大的抽水蓄能电站。装机容量210万千瓦。厂房为半地下式,发电设计水头329米,抽水设计扬程335米,抽水最大流量116米3/秒。上水库土石坝最大坝高140米,坝顶长731米。总库容4400万米3。下水库土石坝最大坝高41米,坝顶长690米,总库容3760万米3。引水系统包括岸坡式取水口、引水平洞、竖井、压力隧洞、压力钢管和调压井等。工程于1975年开工,1985年投产。电站内景