<. S<-t, La figure 6.11 montre qu'il y a une très bonne similitude entre les résultats expérimentaux et le modèlé elastique. Les résultats de l'identification sont : ? essai CM 1 : E 0 = 1, 02, 0106.

. La-valeur-de, Les résultats sont : ? essai CM 1 : E 0 = 1, 33.10 6 Pa, E 1 = 1, 96.10 6 Pa, ? = 1, 20.10 12 Ns, p.51

L. Acar, Y. B. Alshawabkeh, A. N. Et-gale, and R. J. , expérience est bonne (fig. 6.12) Les valeurs déterminées sont légèrement différentes d'un essaì a l'autre, même si celles des essais CM 1 et CM 2 sont proches. La difficultédifficultéà reproduire deséchantillonsdeséchantillons identiques est sûrementsûrementà l'origine de ces différences, Fundamentals of extracting species from soils by electrokinetics, pp.141-151, 1993.

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H. Kim, P. Periasamy, and S. Et-moon, Electrochemical properties of the Li-ion polymer batteries with P(VdF-co-HFP)-based gel polymer electrolyte, Journal of Power Sources, vol.141, issue.2, pp.293-297, 2005.
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F. Maccari and N. Et-volpi, Detection of submicrogram quantities of Escherichia coli lipopolysaccharides by agarose???gel electrophoresis, Analytical Biochemistry, vol.322, issue.2, pp.185-189, 2003.
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M. Garcia, A. Szasz, N. Trippel, S. B. Morales, T. I. Grodzinsky et al., Transport and binding of insulin-like growth factor I through articular cartilage, Archives of Biochemistry and Biophysics, vol.415, issue.1, pp.69-79, 2003.
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H. La-pente-correspondàcorrespondà-k, 2 ? * e g/r 2 Lµ, d'o` u l'on déduit la perméabilité intrinsèque du gel d'agar-agar : k H = 1, 61.10 ?17 m 2 . En considérant que la charge hydraulique est constante, la figure 6.17 représente l'´ evolution