Optimization of a Smoke Producer Composition by Experiment Design

Optimization of a Smoke Producer Composition by Experiment Design

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1、Propellants,Explosives,Pyrotechnics26,229–234(2001)229OptimizationofaSmokeProducerCompositionbyExperimentDesignM.Vaullerin*,P.Morand,andA.EspagnacqGiatIndustries,DSAM=DT=PYRO,7routedeGuerry,F-18023BourgesCedex(France)Summary2.DefinitionoftheParametersThispaperdealswiththeworkcarriedouttodefinenewfo

2、rmula-WehavetodefinenewformulationsabletoincreasetheIRtionsusedtoincreasetheinfraredeffectivenessofareferencesmokeeffectivenessofthereferencesmokeproducercomposi-producercomposition.Thispyrotechnicmixtureisconstitutedbya(3)combinationofoxidizingagentsandfuelsgeneratingmainlycarbontion.Thismixturei

3、sconstitutedbyacombinationofanbutalsochlorinatedmetallicsaltswhichareessentialforcamouflageoxidizingandareducingagentgeneratingmainlycarbonbutbycombustion.First,forseveralcompositions,the3–5mmandalsochlorinatedmetallicsaltswhichareessentialforcamou-8–12mmextinctioncoefficientsarecorrelatedtotheprop

4、ortionsofflagebycombustion.Magnesiumand(MgþMgCl),respectively(determinedbythermo-chemicalcomputationswiththeBagheeracode).Then,towidentheTowidentherangeofthenewcompositions,westudiedinvestigationsonsmokeproducingcompositions,thiscorrelationwastheinfluenceof:studiedbyassociatingtwoexperimentdesigns,

5、anequiradialmatrixandaScheffemixingmatrix.WewouldpointoutthatusingthisThemagnesiumratioexperimentalstrategymakesbothpossible,theminimizationoftheThecarbongeneratorbytheadditionofanewcarbonnumberofexperiments–andthereforethecostfactor–andthegeneratorupto50%andmodellingoftheresultswhichallowstoga

6、inthepropertiesofpotentialformulationsonthewholeexperimentalfield.Thebinderuptothecompletereplacementoftherefer-encecomposition’sbinder1.Introduction3.ExperimentalFieldofInterestInthemilitaryfield,sometacticaloperationsneedobscur-antmaterialstoprotectsites,vehiclesandtroopmovementsUltimatevaluesof

7、eachcomponentratioweredefinedagainstenemyobservations.(Table1):Untiltheendofthe70s,theaimofthesescreeningMagnesiumwasstudiedbetween15%and30%,thebindermaterialswasonlythecamouflageinthevisiblewindow.between5%and10%andthec

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