REFPROP V6.0 NIST Thermodynamic and Transport Properties of Refrigerants and Refrigerant Mixtures Da

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REFPROP V6.0NIST Thermodynamic and Transport
Properties of Refrigerants and Refrigerant
Mixtures Database

• Includes 33 pure fluids and mixtures with up to 5
  components
• including R23, R32, R125, R134a, R143a, R245fa,
  R22, R123, R124, R141b, R142b, R11, R12, R13,
  R113, R114, R115, CO2, ammonia, propane,
  isobutane, R407C, R410A
• Uses the most accurate pure fluid equations of
  state currently available also has new mixture
  model with experimentally based values of mixture
  parameters for 75 mixtures.
• Provides both equilibrium and transport
  properties including P, V, T, density, Cp, Cv,
  enthalpy, entropy, speed of sound, thermal
  conductivity, viscosity and surface tension.
• Uses a new, graphical user interface with on-line
  help, plots of properties, and a wide variety of
  tables.
• FORTRAN Source code for property routines is
  provided.

NIST Standard Reference Data 23 301-975-2208
http//www.nist.gov/srd
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NIST Chemistry Webbookhttp//webbook.nist.gov

• Web site for thermochemical data on-line.
• Thermochemical data for over 5000 organic and
  small inorganic compounds
• Enthalpy of formation , Enthalpy of combustion,
  Heat capacity, Entropy, Phase transition
  enthalpies and temperatures, Vapor pressure
• Heat of reaction data for over 3000 reactions.
• IR spectra for over 5000 compounds.
• Mass spectra for over 8000 compounds.
• Ion energetics data for over 14000 compounds
• Ionization energy, Appearance energy, Electron
  affinity, Proton affinity, Gas basicity
• Thermophysical property data for 13 fluids
• Density, Specific volume, Cp, Cv, Enthalpy,
  Internal energy, Entropy, Sound speed

NIST Standard Reference Data 69 301-975-2208
http//www.nist.gov/srd
3
NIST/ASME Steam Properties Database V2.1

• Based on the new International Association for
  the Properties of Water and Steam (IAPWS)
  formulation.
• Many thermophysical properties are available
  including
• T, P, V, Density, quality, enthalpy, internal
  energy, entropy, Cv, Cp, Helmholtz energy, Gibbs
  energy, fugacity, isothermal compressibility,
  volume expansivity, speed of sound, Joule-Thomson
  coefficient, thermal conductivity, viscosity,
  dielectric constant, and surface tension.
• Uses a new, graphical user interface with on-line
  help plots of properties, and a wide variety of
  tables.
• FORTRAN source code is provided for property
  subroutines.

NIST Standard Reference Data 10 301-975-2208
http//www.nist.gov/srd
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NIST Mixture Property DatabaseNIST14, V9.08

• Provides thermodynamic and transport properties
  of pure fluids and their mixtures with an
  emphasis on validated density calculations,
  especially for CO2-rich hydrocarbon mixtures.
  Each pure fluid is computed using high accuracy
  equations of state. Mixtures use an extended
  corresponding states model with exact shape
  factors. 17 pure fluids are available including
• methane, ethane, propane, iso and normal butane,
  iso and normal pentane, n-hexane, n-heptane,
  nitrogen, oxygen, argon, carbon monoxide, carbon
  dioxide, hydrogen sulfide.
• Many properties are available
• Phase equilibrium calculations bubble point
  pressure and temperature, dew point pressure and
  temperature.
• saturation properties, P, V, T, density,
  enthalpy, Cp, entropy, viscosity and thermal
  conductivity.
• Isothermal flash calculations tables of density,
  enthalpy, entropy and heat capacity as functions
  of T or P.

NIST Standard Reference Data 14 301-975-2208
http//www.nist.gov/srd
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NIST Thermophysical Properties of Hydrocarbon
Mixtures Database(SUPERTRAPP) NIST4 v2.0

• Program provides thermophysical properties of
  pure fluids and hydrocarbon mixtures with an
  emphasis on prediction, for a large number of
  fluids.
• 192 pure fluids available alkanes from methane
  to C26, alkenes, cycloalkanes, aromatics,
  napthenic compounds.
• Users may input their own new fluids, by
  inputting molecular weight, critical properties
  and normal boiling point.
• Many properties are available
• Phase equilibrium calculations bubble point
  pressure and temperature, dew point pressure and
  temperature.
• Saturation properties, P,V, T, density, enthalpy,
  Cp, entropy, viscosity and thermal conductivity.
• Isothermal flash calculations tables of density,
  enthalpy, entropy and heat capacity as functions
  of T or P.
• Adiabatic flash calculations, isentropic flash
  calculations.
• FORTRAN source code is available for property
  subroutines.

NIST Standard Reference Data 4 301-975-2208
http//www.nist.gov/srd
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NIST Thermophysical Properties of Pure Fluids
DatabaseNIST12 V3.0

• Provides equilibrium thermodynamic properties and
  transport properties using wide ranging NIST
  Standard Reference correlations including
• P,V,T, density, Cp, Cv, speed of sound,
  enthalpy, entropy, thermal conductivity,
  viscosity, Gruneisen parameter, Joule-Thomson
  coefficient, Prandtl number, dielectric
  constant, thermal diffusivity, compressibility
  factor.
• 17 pure fluids available
• argon, iso-butane, n-butane, carbon dioxide,
  carbon monoxide, deuterium, ethane, ethylene,
  helium (including superfluid states), normal
  hydrogen, para hydrogen, methane, nitrogen,
  nitrogen trifluoride, oxygen, propane, and xenon.
• FORTRAN source code is provided for property
  routines.

NIST Standard Reference Data 12 301-975-2208
http//www.nist.gov/srd
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NIST Database 72Thermophysical Properties of Air
and Air Component MixturesAIRPROPS

• Provides thermophysical properties of standard
  air and mixtures of nitrogen-argon-oxygen.
• Properties include P, V, T, density, enthalpy,
  entropy, internal energy, Gibbs energy,
  Helmholtz energy, Cp, Cv, speed of sound, thermal
  conductivity, viscosity, compressibility factor,
  virial coefficients, fugacity coefficient,
  surface tension, Joule-Thomson coefficient,
  adiabatic compressibility, adiabatic bulk
  modulus, isothermal compressibility, isothermal
  bulk modulus, volume expansivity
• Equation of state is valid from the triple point
  to 870K and up to 70MPa
• Dew and bubble point pressures, and the pressure
  along the freezing line may be calculated.
• FORTRAN source code is available for property
  subroutines.

NIST Standard Reference Data 72 301-975-2208
http//www.nist.gov/srd