float
units (str) –
Units for P0. Supported units
Unit
P0 – Reference pressure in appropriate units
KeyError – If units is not supported.
Units for R. Supported units
R – Universal molar gas constant in appropriate units
Units for T0. Supported units
T0 – Room temperature in appropriate units
Units for V0. Supported units
Units for c. Supported units
c – Speed of light in appropriate units
Units for h. Supported units
bar (bool, optional) – If True, returns h/2*pi . Default is False
h – Planck’s constant in appropriate units
Units for kb. Supported units
kb – Boltzmann constant in appropriate units
Units for m_e. Supported units
m_e – Mass of electron in appropriate units
Units for m_p. Supported units
m_p – Mass of proton in appropriate units
dict
num (float, optional) – Number to convert. I not specified, will return the appropriate +
num (float, optional) – Number to convert. I not specified, will return the appropriate conversion factor.
initial (str) – Units that num is currently in
final (str) – Units you would like num to be in
conversion_num – num in the appropriate units
ValueError – If unit types are not consistent or not supported
Supported Units
debye_temperature (float) – Debye temperature in K
einstein_temperature – Einstein temperature in K
einstein_temperature (float) – Einstein temperature in K
debye_temperature – Debye temperature in K
energy (float) – Energy in J
freq – Frequency in Hz
temp – Temperature in K
wavenumber – Wavenumber in 1/cm
freq (float) – Frequency in Hz
energy – Energy in J
inertia (float) – Moment of inertia in kg*m2
rot_temperature – Rotational temperature in K
temp (float) – Temperature in K
wavenumber (float) – Wavenumber in 1/cm
energies – Corresponding temperature in J
mu – Moment of inertia in kg*m2
temperature – Corresponding temperature in K
str, optional
dict, optional
bool, optional
json_obj (dict) – JSON representation
EmpiricalBase
units (str) – Units as string. See R() for accepted +
R()
units (str) – Units as string. See R() for accepted units.
kwargs (keyword arguments) – Parameters needed by get_CpoR
get_CpoR
Cp – Heat capacity (constant P) in appropriate units
CpoR – Returns 0
kwargs (keyword arguments) – Parameters needed by get_CvoR
get_CvoR
Cv – Heat capacity (constant V) in appropriate units
CvoR – Returns 0
units (str) – Units as string. See R() for accepted units but omit the ‘/K’ (e.g. J/mol).
T (float, optional) – Temperature in K. Default is 298.15 K
kwargs (keyword arguments) – Parameters needed by get_FoRT
get_FoRT
F – Hemholtz energy in appropriate units
FoRT – Dimensionless Helmholtz energy
kwargs (keyword arguments) – Parameters needed by get_GoRT
get_GoRT
G – Gibbs energy in appropriate units
GoRT – Dimensionless Gibbs free energy
kwargs (keyword arguments) – Parameters needed by get_HoRT
get_HoRT
H – Enthalpy in appropriate units
HoRT – Returns 0
kwargs (keyword arguments) – Parameters needed by get_SoR
get_SoR
S – Entropy in appropriate units
SoR – Returns 0
kwargs (keyword arguments) – Parameters needed by get_UoRT
get_UoRT
U – Internal energy in appropriate units
UoRT – Returns 0
q – Returns 1
T_low (float) – Lower temperature in K. If not specified, +
T_low (float) – Lower temperature in K. If not specified, T_low attribute used.
T_low
T_high (float) – Upper temperature in K. If not specified, +
T_high (float) – Upper temperature in K. If not specified, T_high attribute used.
T_high
Cp_units (str) – Units to plot heat capacity. See R() +
Cp_units (str) – Units to plot heat capacity. See R() for accepted units. If not specified, dimensionless units used.
H_units (str) – Units to plot enthalpy. See R() for +
H_units (str) – Units to plot enthalpy. See R() for accepted units but omit the ‘/K’ (e.g. J/mol). If not specified, dimensionless units used.
S_units (str) – Units to plot entropy. See R() for +
S_units (str) – Units to plot entropy. See R() for accepted units. If not specified, dimensionless units used.
G_units (str) – Units to plot Gibbs free energy. See R() +
G_units (str) – Units to plot Gibbs free energy. See R() for accepted units but omit the ‘/K’ (e.g. J/mol). If not specified, dimensionless units used.
T_low (float) – Lower temperature in K. If not specified, T_low attribute used
T_high (float) – Upper temperature in K. If not specified, T_high attribute used
T_low (float) – Lower temperature in K. If not specified, T_low +
T_high (float) – Upper temperature in K. If not specified, T_high +
Cp_units (str) – Units to plot heat capacity. See R() for +
obj_dict
Obj
units (
