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CARACTERISTIQUES PHYSIQUES DES FLUIDES ... - …
CARACTERISTIQUES PHYSIQUES DES FLUIDES THERMIQUESPHYSICAL DATA OF THERMAL rature de fusion Cfreezing pointTemp rature d bullition (1atm) Cboiling point (1 atm)temp ratureT densitychaleur sp cifiqueCpspecific heatviscosit dynamiqueP dynamic viscosityconductivit thermiqueO thermal conductivitypression de vapeurPsvapor pressure Ckg/m3 CPa (abs)bar(rel.)barg-9589222180,5300,01055 738,0070,2340,2010-9088822140,5290,00849 930,5960,2320,2000-8588522120,5280,00693 124,9520,2310,1991-8088122110,5280,00572 120,5950,2300,1972-7587722120,5280,00477 417,1880,2280,1964-7087322140,5290,00402 514,4910,2270,1957-6586922180,5300,00342 612,3330,2250,19413-6086522230,5310,0029 4110,5880,2240,19323-5586022300,5330,002 5469,1640,2220,19140-5085622380,5350,002 2207,9920,2210,19068-4585222470,5370,001 9507,0190,2200,189112-4084822580,5400,00 17236,2040,2180,188181-35844
CARACTERISTIQUES PHYSIQUES DES FLUIDES THERMIQUES PHYSICAL DATA OF THERMAL FLUIDS www.celsius-process.com METHANOL CH 40 M : 32.0419 Température de fusion : -97.68°C freezing point Température d’ébullition (1atm) : 64.7°C boiling point (1 atm) température
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