202008riblim0journalOriginalRibeiro da Silva, M. A. V.[Manuel A. V.]Lima, L. M. S. S.[Luis M. Spencer S.]Moreno, A. R. G.[Ana Rita G.]Ferreira, A. I. M. C. L.[Ana I. M. C. L.]Gomes, J. R. B.[Jose R.B.]J. Chem. Thermodyn.20082008-07-24Combined experimental and computational thermochemistry of isomers of chloronitroanilines40155-16514-chloro-3-nitroanilineC6H5ClN2O21Commercial source199.73Stated by supplier2Sublimation25-chloro-2-nitroanilineC6H5ClN2O21Commercial source199.73Stated by supplier2Sublimation3hydrogen chlorideClH4carbon dioxideCO25nitrogenN26waterH2O7oxygenO211Principal objective of the workTELTRC1/31/20081Normal melting temperature, KDSC/DTACrystalDirect value, XCrystalLiquidAir at 1 atmosphere1347.9411Principal objective of the workTELTRC1/31/20081Mass density, kg/m3estimated from mass and dimension of pellet of crystalCrystalDirect value, XCrystalPressure, kPa101.32561Temperature, K1298.15511180311Principal objective of the workTELTRC1/31/20081Vapor or sublimation pressure, kPaKnudsen effusion methodCrystalDirect value, XCrystalGas1Temperature, K1329.251.00010631331.1451.00012931333.2651.00017231335.2151.00020531337.1651.00024431339.2751.00031631341.1551.00039531343.1251.00047131345.2551.00060531347.1551.00075531349.1351.00091431327.2751.000086731329.251.00010431331.1451.00013231333.2651.00016231335.2151.00020731337.1651.00025531339.2751.0003231341.1551.00039631343.1251.00048631345.2551.00060831347.1551.00075531349.1351.00092631327.2751.000084731329.251.00010531331.1451.0001331333.2651.00016331335.2151.00020531337.1651.00025131339.2751.00031931341.1551.00038931343.1251.0004831345.2551.00060131347.1551.00074131349.1351.000895321Principal objective of the workTELTRC1/31/20081Normal melting temperature, KDSC/DTACrystalDirect value, XCrystalLiquidAir at 1 atmosphere1398.9421Principal objective of the workTELTRC1/31/20081Mass density, kg/m3estimated from mass and dimension of pellet of crystalCrystalDirect value, XCrystalPressure, kPa101.32561Temperature, K1298.15511530321Principal objective of the workTELTRC1/31/20081Vapor or sublimation pressure, kPaKnudsen effusion methodCrystalDirect value, XCrystalGas1Temperature, K1319.2951.00008931321.2951.00011431325.2951.0001831327.2851.00022631331.2751.00035631333.2851.00043731335.1351.00052531337.2751.00065931339.2851.00081631341.1351.00097831319.2951.00008831321.2951.00011331323.1451.00014231325.2951.00018231327.2851.00022531329.1351.00027831331.2751.0003531333.2851.00043831335.1351.00053131337.2751.00065431339.2851.00081131341.1351.00099431319.2951.000087731321.2951.00011331323.1451.0001431325.2951.00017431327.2851.0002231329.1351.00027331331.2751.00033731333.2851.00042531335.1351.00051831337.2751.00063431339.2851.00079431341.1351.000963311-1Crystal301Solution 1Amount ratio of solvent to participant600406Ideal gas501Ideal gas62Liquid7-6Ideal gasPrincipal objective of the workTELTRC1/31/2008Combustion with oxygen1Specific internal energy of reaction at constant volume, J/gRotating bomb calorimetry6Solution 1298.1551013AuthorStandard deviation of the meanCalibrated by the experimentalist1-17704.1612.55-1.4774523128278521-1Crystal301Solution 1Amount ratio of solvent to participant600406Gas501Gas62Liquid7-6GasPrincipal objective of the workTELTRC1/31/2008Combustion with oxygen1Specific internal energy of reaction at constant volume, J/gRotating bomb calorimetry6Solution 1298.1551013AuthorStandard deviation of the meanCalibrated by the experimentalist1-17579.162.96-1.46702074391989