AQUIFER THERMAL TRANSPORT COMPUTER SIMULATION OF WINTER COMBINED SUMMER GROUNDWATER SOURCE HEAT PUMP SYSTEM

HAN YAN-CHENG; XING LI-TING; MA ZHEN-MIN; JIAO YU-FEI

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AQUIFER THERMAL TRANSPORT COMPUTER SIMULATION OF WINTER COMBINED SUMMER GROUNDWATER SOURCE HEAT PUMP SYSTEM

机译：冬季夏季地下水源热泵系统含水层热传输计算机模拟。

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Groundwater source heat pump technology is an energy-saving method to use the groundwater heat energy resources for heating in winter and cooling in summer. It is important to comprehensive study the process of groundwater thermal transport of winter comb

机译：地下水源热泵技术是一种利用地下水热能资源进行冬季取暖和夏季降温的节能方法。全面研究冬季梳子地下水热传输过程具有重要意义

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《Journal of Theoretical and Applied Information Technology》 |2013年第2期|共页
作者
HAN YAN-CHENG; XING LI-TING; MA ZHEN-MIN; JIAO YU-FEI;
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中图分类计算技术、计算机技术;
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1. AQUIFER THERMAL TRANSPORT COMPUTER SIMULATION OF WINTER COMBINED SUMMER GROUNDWATER SOURCE HEAT PUMP SYSTEM [J] . HAN YAN-CHENG, XING LI-TING, MA ZHEN-MIN, Journal of Theoretical and Applied Information Technology . 2013,第2期

机译：冬季夏季地下水源热泵系统含水层热传输计算机模拟。
2. A reactive transport model for the quantification of risks induced by groundwater heat pump systems in urban aquifers [J] . Garcia-Gil Alejandro, Epting Jannis, Ayora Carlos, Journal of Hydrology . 2016,第Null期

机译：一种反应性运输模型，用于量化城市含水层中的地下水热泵系统引起的风险
3. Simulation and performance analysis of combined parallel solar thermal and ground or air source heat pump systems [J] . Jonas Danny, Frey Georg, Theis Danjana Solar Energy . 2017,第jula期

机译：太阳热能与地面或空气源热泵组合并联系统的仿真和性能分析
4. Thermal Contribution Rates of Double-Heat Sources of the Direct-Expansion Solar-Ground Source Heat Pump System in Hot Summer and Warm Winter Area [C] . Yingning Hu, Jiawei Zang, Jun Lin International Conference on Energy and Environmental Protection . 2013

机译：热夏和温暖冬季地区直膨胀太阳土地带热泵系统双热源的热贡献速度
5. Analysis of underground thermal energy storage using solar thermal assisted ground heat exchangers for ground source heat pump systems [D] . Loibl, Daniel 2003

机译：太阳能热辅助地面热交换器用于地源热泵系统的地下热能存储分析
6. Simulation of Regional Karst Aquifer System and Assessment of Groundwater Resources in Manatí-Vega Baja Puerto Rico [O] . Balati Maihemuti, Reza Ghasemizadeh, Xue Yu, -1

机译：波多黎各马纳蒂-维加巴哈区域岩溶含水层系统模拟和地下水资源评估
7. THE OUTLINE OF THE HEAT SOURCE SYSTEM THAT IS COMBINED WITH THE GROUND SOURCE HEAT PUMP SYSTEM AND THE AQUIFER THERMAL ENERGY STORAGE IN THE SAKATA CITY HALL [O] . Hisashi WAKAYAMA, Takashi SAKABE 2016

机译：与地面源热泵系统相结合的热源系统的轮廓和坂田市政厅的含水层热能存储
8. ATES (Aquifer Thermal Energy Storage) Heat Pump Simulations Performed with ATESSS (Aquifer Thermal Energy Storage System Simulator) Code [R] . Vail, L. W. 1989

机译：使用aTEsss（含水层热能储存系统模拟器）代码执行的aTEs（含水层热能储存）热泵模拟

AQUIFER THERMAL TRANSPORT COMPUTER SIMULATION OF WINTER COMBINED SUMMER GROUNDWATER SOURCE HEAT PUMP SYSTEM

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