private subroutine entropy_excess(eos, n, P, T, root_type, Se)
Calculate excess entropy given pressure and temperature.
Examples
```fortran ! eos = PengRobinson76(Tc, Pc, w)
n = [1.0_pr, 1.0_pr] ! T = 300.0_pr ! P = 1.0_pr
call eos%entropy_excess(n, P, T, root_type=”stable”, Se=Se)
```
Type Bound
ArModel
Arguments
Type
Intent Optional Attributes
Name
ArModel ),
intent(in)
::
eos
Model
intent(in)
::
n (:)
Moles number vector
intent(in)
::
P
Pressure [bar]
intent(in)
::
T
Temperature [K]
intent(in)
::
root_type
Desired root-type to solve. Options are:
["liquid", "vapor", "stable"]
intent(out)
::
Se
Excess entropy [bar L K^-1]
proc~~entropy_excess~~CallsGraph
proc~entropy_excess
ArModel%entropy_excess
proc~ln_activity_coefficient
ArModel%ln_activity_coefficient
proc~entropy_excess->proc~ln_activity_coefficient
proc~lnphi_pt
ArModel%lnphi_pt
proc~ln_activity_coefficient->proc~lnphi_pt
proc~lnphi_vt
ArModel%lnphi_vt
proc~lnphi_pt->proc~lnphi_vt
proc~volume~2
ArModel%volume
proc~lnphi_pt->proc~volume~2
residual_helmholtz
residual_helmholtz
proc~lnphi_vt->residual_helmholtz
get_v0
get_v0
proc~volume~2->get_v0
interface~newton
newton
proc~volume~2->interface~newton
proc~newton_1d
newton_1d
interface~newton->proc~newton_1d
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Variables
Type
Visibility Attributes
Name
Initial
private
::
dlngammadT (size(n))
private
::
lngamma (size(n))