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下送风室内热源条件下房间传递函数的实验研究 被引量:4

The Experimental Study of the Room Transfer Functions Formed by Heat Source Inside the Room With Upward Displacement
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摘要 本文通过模型实验,探讨了在下部送风空调房间内,室内热源所形成的房间传递函数。同时用实验数据按三项系数分别求解得到了不同房间换气次数、不同热源发热量下的房间传递函数系数及其变化规律,并就传递函数系数w_1值同美国ASHRAE手册进行了对比,取得了比较一致的结论。同时还得到了下送风室内热源条件下的房间传递函数与热源特性有关的结论,由此也显示了热源及房间热过程的非线性特征。 This paper deals with the room transfer functions formed by the heat source inside the aircondition room with upward displacement air supply system by way of model test. Three room-transfer-function coefficients and their regularity are obtained from testing data under different air change and different heat source intensity. Comparing the trans- fer function coefficient w_1 with that in ASHRAE handbook, it is almost got the same conclusion. At the same time, it is obtained that the room transfer functions has to do with the property of the heat source inside thc room with upward displacement, which has shown the non-linear feature of the heat source and the room's thermal process.
出处 《西安冶金建筑学院学报》 CSCD 1992年第2期123-129,共7页
关键词 传递函数 室内 热源 下送风 实验 transfer functions/ heat source inside a room transfer function coefficient upward displacement
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参考文献1

  • 1马仁民.论下部送风空调节能及其适用条件[J]建筑技术通讯(暖通空调),1983(03).

同被引文献22

  • 1罗智特,杜雁霞,贾代勇.空调动态负荷计算方法及比较[J].制冷与空调,2005,5(2):57-61. 被引量:15
  • 2赵荣义.空气调节[M]. 4版.北京:中国建筑工业出版社,2009:118 -121.
  • 3Spitler J D, Fisher D E, Pedersen C 0. The radiant timeseries cooling load calculation procedure [ J ]. ASHRAETransactions, 1997,103(2) : 503-515.
  • 4ASHRAE. ASHRAE handbook-fundamentals [ M]. Atlan-ta: American Society of Heating, Refrigerating and Air-Conditioning Engineer Inc, 2009.
  • 5Spitler J D, Fisher D E. On the relationship between theradiant time series and transfer function methods for designcooling load calculations [ J ]. International Journal ofHA VC & R Research, 1999,5(2) : 123-136.
  • 6Me Quiston F C, Parker J D, Spitler J D. Heating ventila-ting and air conditioning analysis and design [ M]. 6th ed.San Francisco : John Wiley & Sons Inc, 2004 : 231-279.
  • 7IP SENG I U. Experiment validation of the radiant timeseries method for cooling load calculations [ D]. Macao : U-niversity of Macao, 1999 : 55-64.
  • 8Spitler J D,Nigusse B A. Refinements and improvementsto the radiant time series method [ J ]. ASHRAE Transac-tions, 2010, 116(2) : 542-549.
  • 9Sowell E F. Classification of 200640 parametric zones forcooling load calculation [ J ]. ASHRAE Transactions,1988,94(2) : 754-777.
  • 10Sowell E F. Cross-check and modification of the DOE-2program for calculation of zone weighting factors [ J ].ASHRAE Transactions, 1988,94(2) : 737-753.

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