WPCF  <+p Q3^|@p &#rT<!cEl1ji2h/c<{K$/L:5ot$B0.*~hmA+Ǔog|*,"Afiю;If:p_Hs{Bx( Bmjz?~&4]\v% *'&Zy'0to@[<1lG G_:]:J%z㉍^lifj節yEr.H8gD9#vLH ޏE;POɶU7LmS*6SE3wUF̔-=Dx'o=P̶mA% Fkj8mm3ZVN=2|kN=o`FЩvpiU:1UFvQHH$v*ǎf?ۗ H\FXnBac|$R-h DT0A% #UNy % 0:N^ w4- m/#|xHP LaserJet 2200 Series PCL 60(9 Z6Times New Roman RegularX($USUS.,/km- V,ertyBarTU !USUS.,  _TITLE  Evaluationof_CAAA_ԀCompounds:ApproachesforStationarySource  MethodDevelopment  AUTHOR(S) ` DennyE.Wagoner,RaymondG.Merrill,Jr.,JamesF._McGaughey_,and L  JoanT._Bursey_ 8  PERFORMINGORGANIZATIONNAMEANDADDRESS  ` RadianCorporation,P.O.box13000  L  ResearchTrianglePark,NorthCarolina27709  8  SPONSORINGAGENCYNAMEANDADDRESS   NationalExposureResearchLaboratory   OfficeofResearchandDevelopment p U.S.EnvironmentalProtectionAgency \ ResearchTrianglePark,NC27711 H ABSTRACT  p Aliteraturesearch-basedstudywasperformedtoevaluatea  \ selectedsubsetofthe189_analytes_ԀlistedinTitleIIIofthe H CleanAirActAmendmentsof1990forcertaincriteria.Theoverall 4 objectiveofthisprogramwastoacquiresufficientinformation   aboutphysicalpropertiesandchemicalcharacteristicsofthe   compoundstosuggestatechnicalapproachforthesamplingand  analysisofthesecompoundsfromstationarysources.Adatabaseof  theselectedCleanAirActAmendmentscompoundswaspreparedin  spreadsheetformatwithdetailedphysicalproperties,chemical l characteristics,andasummarycategorizingthecompoundsinterms X  ofpotentialsamplingandanalyticalapproaches.Recommendations D! forthesamplingandanalyticalmethodologyforselectedcompounds 0"  orcompoundclassesarealsoincludedwherenomethodshavebeen #l! documentedorevaluated. $X"