Suggestions(2)
Exact(5)
Liquid phase molar fraction at reservoir conditions, fraction.
So to determine the EOS, we only need to solve for the liquid phase molar fraction and density.
This also applies to the liquid phase molar density N G, whereas the two parameters can be arbitrarily given, and have no physical meaning.
The saturation S, gas and liquid phase molar fraction of the light component ({X_{G}^{h}}) and ({X_{L}^{h}}) are then the unknowns to be solved.
The model accounts for the changes in the position of the liquid free-surface and liquid phase molar volume during the dissolution process.
Similar(54)
Molar fraction of liquid phase.
Therefore, the molar velocity of liquid phase and components is calculated using carbon dioxide absorbance and reaction stoichiometry.
Furthermore, the evolution profile of the gas phase saturation S g, the liquid phase pressure P L, and the total molar fraction of hydrogen X are plotted at different time (t=150,1×103,5×103,6×103 centuries) in Fig. 4 a −c, respectively.
Fig. 3 Evolution of pressure and saturation over time Fig. 4 Evolution of (a) gas phase saturation, (b) liquid phase pressure, and (c) total hydrogen molar fraction over the whole domain at different time.
where VGa(As), χGa(As), and δGa(As) are the molar volume in the liquid phase, Pauling electronegativity, and Hildebrand solubility parameter, respectively.
The value of the covolume of an accurate EOS is shown to be close to that of the saturated molar volume of the liquid phase at low pressures.
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