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285篇 您的检索式:作者名="Spitler"
    题名 作者 年代 出处 被引量
1地下蓄能及其对地热泵系统的作用显示文摘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。通过地源热泵系统的竖直钻井中传热的实验和模拟计算,对蓄能的传热作用进行了分析和探讨。结果表明蓄能改变地下蓄能体的能位,并表现为蓄能体温度和分布的变化,这种变化随时间而改变。建议通过模型分析结合实验研究来进一步完善地下蓄能研究工作,推动中国地下蓄能技术的发展。高青 JD Spitler 李明 于鸣 乔广 2006吉林大学学报(工学版)2006,36,4:6
2流体加热道路融雪系统温-湿耦合融雪模型显示文摘为准确分析流体加热道路融雪系统融雪特性,综合考虑融化雪水在道路结构中的传递对道路材料热物理性质的影响,建立了流体加热道路融雪系统温-湿耦合融雪模型;基于试验数据验证了融雪模型的准确性,揭示了融化雪水在道路结构中的传递对融雪过程的影响;在此基础上,采用仿真分析的方法建立了系统融雪过程运行控制图,并提出了融雪系统运行策略,为流体加热道路融雪系统的运行过程控制提供参考。研究结果表明:建立的温-湿耦合融雪模型可准确模拟实际融雪的各个环节;温-湿耦合融雪模型与温度场单场模型对融雪过程预测精度的差别主要体现于融雪时间及融后过程路表温度变化2个方面;融化雪水在道路结构中的传递显著改善了路表附近道路材料的热量传递能力;等效降雪速率和单位面积输入热负荷是影响融雪特性的最主要因素。徐慧宁 谭忆秋 SPITLER J D 周纯秀 2013中国公路学报2013,26,5:3
3A preliminary assessment of the effects of groundwater flow on closed-loop ground-source heat pump systems 显示文摘CHIASSON A D REES S J SPITLER J D 2000ASHRAE Trans2000,106,1:1
4A model for sim- dating the performance of a pavement heating system as a supplemental heat rejecter with closed loop ground source heat pump systems 显示文摘Chiasson A D Spitler J D Rees S J 2000ASME Journal of Solar Energy Engineering2000,122,11:1
5Health and fitness assessment criteria for public service agencies显示文摘Jones GR Spitler D1 Swan PD 1989J Phys Edu Recr Dance1989,60,10:1
6A model for sim-ulating the performance of a shallow pond as a supple- mental heat rejecter with closed loop ground source heat pump systems 显示文摘Chiasson A D Spitler J D Rees S J 2000ASHRAE Transactions2000,106,2:1
7A preliminary assessment of the effects of groundwater flow on closed-loopground-source heat pump systems显示文摘CHIASSON A D REES S J SPITLER J D 2000ASHRAE Transactions2000,106,1:1
8A Comparative Study of Room Airflow: Numerical Prediction Using Computational Fluid Dynamics and Full-Scale Experimental Measurements显示文摘Weathers J W Spitler J D 1993ASHRAE TRANSACTIONS1993,992,:1
9A Model for Simulating the Performance of a Shallow Pond as a Supplemental Heat Rejecter with Closed-Loop Ground-Source Heat Pump Systems 显示文摘Chiasson A D Spitler J D Rees S J 2000ASHRAE transactions2000,106,2:1
10A short time step responsefactor model for vertical ground loop heat exchangers 显示文摘Yavuzturk C Spitler J D 1999ASHRAE Transactions1999,105,2:1
11A short time step response factor model for vertical ground loop heat exchangers 显示文摘Yavuzturk C Spitler J D 1999ASHRAE Transactions1999,105,2:1
12A short time step response factor model for vertical ground loop heat exchangers显示文摘YAVUZTURK C SPITLER J D 1999ASHRAE Transactions1999,105,2:1
13Lewis acid-catalysed for- mation of two-dimensional phthalocyanine covalent organic frameworks 显示文摘SPITLER E L DICHTEL W R 2010Nature Chemistry2010,,2:1
14A transient two-dimensionalfinite volume model for the simulation of vertical U-tube ground heat exchangers显示文摘YAVUZTURK C SPITLER J D REE S J 1999ASHRAE Transactions1999,105,2:1
15Comparative study of operating and control strategies for hybrid ground-source heat pump systems using a short time step simulation model显示文摘Cenk Yavuzturk Jeffrey D Spitler 0,,02:1
16Radiant Time Series Cooling Load Calculation Procedure显示文摘Spitler J D Fisher D E 1997AS HRAE Transactions1997,103,2:1
17In-situ measurement of ground thermal conductivity: The Dutch Perspective显示文摘HJL WiRe GJ van Gelder JD Spitler 2002ASHRAE Transactions2002,108,1:1
18Develop- ment of an in-situ system for measuring ground thermal properties显示文摘AUSTIN W YAVUZTURK C SPITLER J D 2000ASHRAE Transactions2000,,1:1
19A study of geo- thermal heat pump and standing column well perfor- mance 显示文摘Rees S J Spitler J D Deng Z 2004ASHRAE Tram2004,110,1:1
20Transient Analysis of Snow -mehing System Performance 显示文摘Rees S J J D Spitler X Xiao 2002A SHRAE Transactions2002,108,2:1
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