def Watson(T, Hvap_ref, T_Ref, Tc, exponent=0.38):
    '''
    Adjusts enthalpy of vaporization of enthalpy for another temperature, for one temperature.
    '''
    Tr = T/Tc
    Trefr = T_Ref/Tc
    H2 = Hvap_ref*((1-Tr)/(1-Trefr))**exponent
    return H2
def Watson(T, Hvap_ref, T_Ref, Tc, exponent=0.38):
    '''
    Adjusts enthalpy of vaporization of enthalpy for another temperature, for one temperature.
    '''
    Tr = T/Tc
    Trefr = T_Ref/Tc
    H2 = Hvap_ref*((1-Tr)/(1-Trefr))**exponent
    return H2
def Watson ( T , Hvap_ref , T_Ref , Tc , exponent = 0.38 ) : Tr = T / Tc Trefr = T_Ref / Tc H2 = Hvap_ref * ( ( 1 - Tr ) / ( 1 - Trefr ) ) ** exponent return H2
Adjusts enthalpy of vaporization of enthalpy for another temperature, for one temperature.
Adjusts enthalpy of vaporization of enthalpy for another temperature for one temperature .