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参考文献
[1] GB/T 6379(所有部分) 测量方法与结果的准确度
[2] TANAKA，T.，A Model on Fire Spread in Small Scale Buildings，BRI Research Papers，Nos.79 and 84，Building Research Institute，1978，1980.
[3] PEACOCK，R.，JONES，W.W.，FORNEY，G.P.，RENEKE，P.A.，BUKOWSKI，R. W.and KLOTE，J.H.，An Updated Guide for HAZARD I version 1.2，NISTIR 5410，Building and Fire Research Laboratory，US National Institute of Standards and Technology，1994.
[4] KAWAGOE K.，Fire Behavior in Rooms，BRI Report No.27，Building Research Institute，Tokyo，Japan，1958.
[5] YAMADA，T.，Experimental Study of the Exchange Flow through a Horizontal Ceiling Vent in Atrium Fires:Criteria of Supply Air and Pressure Necessary for Unidirectional Flow，NISTIR 6030:Thirteenth Meeting of the UJNR Panel on Fire Research and Safety，13-20 March 1996，Building and Fire Research Laboratory，US National Institute of Standards and Technology，1997.
[6] COOPER，L.Y.，Combined Buoyancy- and Pressure-Driven Flow Through a Shallow，Horizontal Circular Vent，Journal of Heat Transfer，Vol.117，pp.659-667，August 1995.
[7] PRAHL，J.and EMMONS，H.W.，Fire Induced Flow through an Opening，Combustion and Flame，Vol.25，pp.369-385，1975.
[8] ROCKETT A.J.，Fire Induced Gas Flow in an Enclosure，Combustion Science and Technology，Vol.12，pp.165-175，1976.
[9] STECKLER，K.D.，QUINTIERE，J.G.and RINKINEN，W.J.，Flow Induced by Fire in a Compartment，19th Symposium (International) on Combustion，pp.913-920，The Combustion Institute，1982.
[10] STECKLER，K.D.，BAUM，H，R.and QUINTIERE，J.G.，Fire Induced Flow through Room Openings-Flow Coefficients，20th Symposium (International) on Combustion，pp.1591-1600，The Combustion Institute，1984.
[11] QUINTIERE，J.G.，STECKLER，K.and CORLEY，D.，An Assessment of Fire Induced Flows in Compartments，Fire Science and Technology，Vol.4(1)，pp.1-14，Science University of Tokyo，1984.
[12] NAKAYA，I.，TANAKA，T.，YOSHIDA，M.and STECKLER K.，Doorway Flow Induced by a Propane Fire，Fire Safety Journal，Vol.10，pp.185-195，1986.
[13] BELYER C.，SFPE Classic Paper Review:Fire-Induced flow through an Opening by Joseph Prahl and Howard Emmons，Journal of Fire Protection Engineering，Vol.14，No.2，pp.95-100，2004.
[2] TANAKA，T.，A Model on Fire Spread in Small Scale Buildings，BRI Research Papers，Nos.79 and 84，Building Research Institute，1978，1980.
[3] PEACOCK，R.，JONES，W.W.，FORNEY，G.P.，RENEKE，P.A.，BUKOWSKI，R. W.and KLOTE，J.H.，An Updated Guide for HAZARD I version 1.2，NISTIR 5410，Building and Fire Research Laboratory，US National Institute of Standards and Technology，1994.
[4] KAWAGOE K.，Fire Behavior in Rooms，BRI Report No.27，Building Research Institute，Tokyo，Japan，1958.
[5] YAMADA，T.，Experimental Study of the Exchange Flow through a Horizontal Ceiling Vent in Atrium Fires:Criteria of Supply Air and Pressure Necessary for Unidirectional Flow，NISTIR 6030:Thirteenth Meeting of the UJNR Panel on Fire Research and Safety，13-20 March 1996，Building and Fire Research Laboratory，US National Institute of Standards and Technology，1997.
[6] COOPER，L.Y.，Combined Buoyancy- and Pressure-Driven Flow Through a Shallow，Horizontal Circular Vent，Journal of Heat Transfer，Vol.117，pp.659-667，August 1995.
[7] PRAHL，J.and EMMONS，H.W.，Fire Induced Flow through an Opening，Combustion and Flame，Vol.25，pp.369-385，1975.
[8] ROCKETT A.J.，Fire Induced Gas Flow in an Enclosure，Combustion Science and Technology，Vol.12，pp.165-175，1976.
[9] STECKLER，K.D.，QUINTIERE，J.G.and RINKINEN，W.J.，Flow Induced by Fire in a Compartment，19th Symposium (International) on Combustion，pp.913-920，The Combustion Institute，1982.
[10] STECKLER，K.D.，BAUM，H，R.and QUINTIERE，J.G.，Fire Induced Flow through Room Openings-Flow Coefficients，20th Symposium (International) on Combustion，pp.1591-1600，The Combustion Institute，1984.
[11] QUINTIERE，J.G.，STECKLER，K.and CORLEY，D.，An Assessment of Fire Induced Flows in Compartments，Fire Science and Technology，Vol.4(1)，pp.1-14，Science University of Tokyo，1984.
[12] NAKAYA，I.，TANAKA，T.，YOSHIDA，M.and STECKLER K.，Doorway Flow Induced by a Propane Fire，Fire Safety Journal，Vol.10，pp.185-195，1986.
[13] BELYER C.，SFPE Classic Paper Review:Fire-Induced flow through an Opening by Joseph Prahl and Howard Emmons，Journal of Fire Protection Engineering，Vol.14，No.2，pp.95-100，2004.
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