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fluid phases (
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then in thermodynamic equilibrium the total mass of C-component will decompose into a sum of fluid components:
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m_C = \sum_\alpha m_{C \alpha} (p,T) |
where where
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mass |
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of C-component in
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This may alternatively rearranaged as:
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m_C = \sum_\alpha R_{C \alpha} (p,T) m_\alpha(p, T) |
where
| cross-phase exchange coefficient of C-component in
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| total mass of
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See Also
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Petroleum Industry / Upstream / Subsurface E&P Disciplines / Fluid (PVT) Analysis
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