Index

A

aggr_state (thermopy.burcat.Compound attribute)

atm (thermopy.units.Pressure attribute)

B

bar (thermopy.units.Pressure attribute) Btu (thermopy.units.Energy attribute) (thermopy.units.Massflowrate attribute)

Btulb (thermopy.units.Enthalpy attribute)

C

C (thermopy.units.Temperature attribute) C2F() (in module thermopy.constants) C2K() (in module thermopy.constants) cal (thermopy.units.Energy attribute) canonical_smiles (thermopy.nasa9polynomials.Compound attribute)

cas_number (thermopy.nasa9polynomials.Compound attribute) comment (thermopy.nasa9polynomials.Compound attribute) Compound (class in thermopy.burcat) (class in thermopy.nasa9polynomials) CompoundIdealGas (class in thermopy.nasa9polynomials) condensed (thermopy.nasa9polynomials.Compound attribute)

D

Database (class in thermopy.burcat) (class in thermopy.nasa9polynomials) density_ideal_gas() (thermopy.burcat.Compound method)

description (thermopy.burcat.Compound attribute)

E

Energy (class in thermopy.units) Enthalpy (class in thermopy.units) enthalpy() (thermopy.burcat.Compound method) (thermopy.iapws.Water method) (thermopy.nasa9polynomials.Compound method), [1] enthalpy_engineering() (thermopy.burcat.Compound method) enthalpy_massic() (thermopy.burcat.Compound method)

enthalpy_of_formation (thermopy.nasa9polynomials.Compound attribute) enthalpy_reaction() (thermopy.nasa9polynomials.Reaction method), [1] entropy() (thermopy.burcat.Compound method) (thermopy.iapws.Water method) (thermopy.nasa9polynomials.Compound method), [1] entropy_reaction() (thermopy.nasa9polynomials.Reaction method), [1] equilibrium_constant() (thermopy.burcat.Reaction method) (thermopy.nasa9polynomials.Reaction method), [1]

F

F (thermopy.units.Temperature attribute) F2C() (in module thermopy.constants) F2K() (in module thermopy.constants)

formula (thermopy.burcat.Compound attribute) ft (thermopy.units.Length attribute)

G

gibbs_energy() (thermopy.burcat.Compound method) (thermopy.iapws.Water method) (thermopy.nasa9polynomials.Compound method), [1]

gibbs_energy_reaction() (thermopy.nasa9polynomials.Reaction method), [1]

H

h_formation (thermopy.burcat.Compound attribute) heat_capacity() (thermopy.burcat.Compound method) (thermopy.iapws.Water method) (thermopy.nasa9polynomials.Compound method), [1] heat_capacity_constant_v() (thermopy.iapws.Water method) (thermopy.nasa9polynomials.CompoundIdealGas method), [1]

heat_capacity_massic() (thermopy.burcat.Compound method) ht (thermopy.iapws.Water attribute)

I

inch (thermopy.units.Length attribute) inchikey (thermopy.nasa9polynomials.Compound attribute) inp_name (thermopy.nasa9polynomials.Compound attribute)

internal_energy() (thermopy.iapws.Water method) (thermopy.nasa9polynomials.CompoundIdealGas method), [1] iupac_name (thermopy.nasa9polynomials.Compound attribute)

K

K2C() (in module thermopy.constants) K2F() (in module thermopy.constants) kcalkg (thermopy.units.Enthalpy attribute)

kgh (thermopy.units.Massflow attribute) kJkg (thermopy.units.Enthalpy attribute) kWh (thermopy.units.Energy attribute)

L

lambda2nu() (in module thermopy.constants) lbh (thermopy.units.Massflow attribute) lbs (thermopy.units.Massflow attribute)

Length (class in thermopy.units) list_compound() (thermopy.burcat.Database method) (thermopy.nasa9polynomials.Database method)

M

Massflow (class in thermopy.units) Massflowrate (class in thermopy.units) mm (thermopy.burcat.Compound attribute) (thermopy.units.Length attribute)

mmwc (thermopy.units.Pressure attribute) molecular_weight (thermopy.nasa9polynomials.Compound attribute) MPa (thermopy.units.Pressure attribute)

N

nu2lambda() (in module thermopy.constants)

P

pc (thermopy.iapws.Water attribute) Pressure (class in thermopy.units) pressure_saturation() (thermopy.iapws.Water method)

psi (thermopy.units.Pressure attribute) pt (thermopy.iapws.Water attribute)

R

Reaction (class in thermopy.burcat) (class in thermopy.nasa9polynomials) reference (thermopy.nasa9polynomials.Compound attribute)

rhoc (thermopy.iapws.Water attribute)

S

set_compound() (thermopy.burcat.Database method) (thermopy.nasa9polynomials.Database method) specific_volume() (thermopy.iapws.Water method)

speed_of_sound() (thermopy.iapws.Water method)

T

Tc (thermopy.iapws.Water attribute) Temperature (class in thermopy.units) temperature_saturation() (thermopy.iapws.Water method) thermopy (module) thermopy.burcat (module) thermopy.constants (module)

thermopy.iapws (module) thermopy.nasa9polynomials (module) thermopy.units (module) torr (thermopy.units.Pressure attribute) Tt (thermopy.iapws.Water attribute)

U

unit() (thermopy.units.Energy method) (thermopy.units.Enthalpy method) (thermopy.units.Length method) (thermopy.units.Massflow method) (thermopy.units.Massflowrate method) (thermopy.units.Pressure method) (thermopy.units.Temperature method)

W

Water (class in thermopy.iapws)

X

xml_compounds (thermopy.nasa9polynomials.Compound attribute)