[ 1 ] AmericanSocietyforTestingandMaterials.Proposedstandardmethodforroomfiretestofwallandceilingmaterialsandassemblies[A].In:AnnualbookofASTMStandardsPart18[M ].Philadelphia, PA :ASTM , 1982.

[ 2 ] BluhmeD , HowlePJ , KokkalaM , etal.ProceedingsoftheinternationalEUREFICSseminar[C].London:InterscienceCommunicationsLtd, 11-12September1991

[ 3 ] KarlssonB .Modelingfiregrowthoncombustibleliningmaterialsinenclosures[R].ReportTVBB 1009, LundUniversity, 1992

[ 4 ] ZhangJ, ShieldsTJ, SilcockGWH , etal.Behaviorofplywoodlininginfullscaleroomfiretests[J], JournalofAppliedFireScience, 1999, 8 (1) :3～18

[ 5 ] WhiteRH , DietenbergerMA , TranH , etal.Comparisonoftestprotocolsforthestandardroom/cornertest[J].FireandMaterials, 1999, 23 (3) :139～146

[ 6 ] ISO -9705, Firetestsfull scaleroomtestforsurfaceproducts[S ], Geneva:InternationalStandardsOrganization (ISO) , 1993

[ 7 ] BabrauskasV , GraysonSJ.Heatreleaseinfires[M], London:ElsevierSciencePublishersLtd, 1993

[ 8 ] ShieldTJ, SilcockGWH , MoghaddamAZ , etal.Acomparisonoffireretardandnon fireretardwood basedwallliningsexposedtofireinanenclosure[J].FireandMaterials, 1999, 23 (1) :17～25

[ 9 ] Wickstr mU , G ranssonU .Predictionofheatreleaseratesofsurfacematerialsinlarge scalefiretestsbasedonconecalorimeterresults[J], ASTMJournalofTestingandEvaluation, 1987, 15 (6) :141～152

[10] G ranssonU , Wickstr mU .Flamespreadpredictionintheroom/cornertestbasedontheconecalorimeter[A].Interflamsymposium1990[C]

[11] Wickstr mU , G ranssonU .Full scale/bench scalecorrelationofwallandceilinglining[A].2ndheatreleaseratesymposium[C], Brussels, February1991

[12] G ranssonU .Modelforpredictingthehazardoffiregrowth[A].EuropeanReactiontoFireClassification, InternationalSeminarPerformanceBasedReactiontoFireClassification[C], September1991,

[13] ChristianWJ, WatermanTE .Abilityofsmall scaleteststo predictfull scalesmoke production[J]FireTechnology, 1971, 7 (4) :332～334 link1

[14] BabrauskasV , etal.Applicationofpredictivesmokemeasurements[J].JournalFireandFlammability, 1981, 12 (1) :51～46

[15] QuintiereJG .Smokemeasurements:anassessmentofcorrelationsbetweenlaboratoryandfull scaleexperiments[J].FireandMaterials, 1982, 6 (3) :145～160

[16] RasbashDJ , Drysdale.Fundamentsofsmokeproduction[J].FireSafetyJournal, 1982, 5 (1) :77～86

[17] stmanBA L , Tsantaridis.Smokeproductionintheconecalorimeterandtheroomfiretest[J].FireSafetyJournal, 1991, 17 (1) :27～43

[18] HirschlerMM .Themeasurementofsmokeinrateofheatreleaseequipmentinamannerrelatedtofirehazard[J].FireSafetyJournal, 1991, 17 (3) :239～258

[19] HeskestadAW , HovdePJ .EmpiricalpedictionofsmokeprodutionintheISOroomcornerfiretestbyuseofISOconecalorimeterfiretestdata[J].FireandMaterial, 1999, 23 (4) :193～199

[20] SilcockGWH , ShieldsTJ.Protocolforanalysisoftime to ignitiondatafrombench scaletests[J].FireSafetyJournal, 1995, 24 (1) :75～95

[21] 方伟峰, 杨立中.可燃材料烟气毒性及其在火灾危险性评估中的作用[J].自然科学进展, 2002, (3) :245～249 link1

[22] 黄　锐, 杨立中, 方伟峰, 等.火灾烟气危害性研究及其进展[J].中国工程科学, 2002, 4 (7) :80～85 link1

[23] 张和平, 蔡智敏, 范维澄, 等.室内火灾条件下复合板装潢材料火灾特性的实验研究[J].火灾科学, 1999, 8 (2) :22～28 link1

[24] Sundstr mB .Classificationofwallandceilinglinings[A ], Europeanreactiontofireclassification, InternationalSeminarPerformanceBasedReactiontoFireClassification[C], London, September1991