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| For a polydisperse fluid, composed of <math>n_f</math> components, in a polydisperse matrix,
| | #REDIRECT [[RSOZ#Polydisperse systems]] |
| composed of <math>n_m</math> components, written in matrix form in Fourier space (see Eq. 18 of Ref. 1):
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| :<math>\tilde H_{mm} = \tilde C_{mm} + \rho_m \tilde C_{mm} \tilde H_{mm}</math>
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| :<math>\tilde H_{fm} = \tilde C_{fm} + \rho_m \tilde C_{mm} \tilde H_{fm} + \rho_f \tilde C_{fm} \tilde H_{ff} - \rho_f \tilde C_{12} \tilde H_{fm} </math>
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| :<math>\tilde H_{ff} = \tilde C_{ff} + \rho_m \tilde C_{fm}^T \tilde H_{fm} + \rho_f \tilde C_{ff} \tilde H_{ff} - \rho_f \tilde C_{12} \tilde H_{12}</math>
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| :<math>\tilde H_{12} = \tilde C_{12} + \rho_m \tilde C_{fm}^T \tilde H_{fm} + \rho_f \tilde C_{ff} \tilde H_{12} +
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| \rho_f \tilde C_{12} \tilde H_{ff} -2 \rho_f \tilde C_{12} \tilde H_{12}</math>
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| Note: <math>c_{fm} = c_{mf}^T</math> and <math>h_{fm} = h_{mf}^T</math>.
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| (PD. I am not sure about the equation <math>\tilde H_{fm}</math> )
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| ==References==
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| #[http://dx.doi.org/10.1080/0026897031000085128 S. Jorge; Elisabeth Schöll-Paschinger; Gerhard Kahl; María-José Fernaud "Structure and thermodynamic properties of a polydisperse fluid in contact with a polydisperse matrix", Molecular Physics '''101''' pp. 1733-1740 (2003)] | |
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| [[Category: Integral equations]] | |