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FARSACI, FRANCESCO

FARSACI, FRANCESCO  

Istituto per i Processi Chimico-Fisici - IPCF  

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Risultati 1 - 20 di 34 (tempo di esecuzione: 0.051 secondi).
Titolo Data di pubblicazione Autore(i) File
Thermodynamic characterization of RBCs highlights correlations between different hemoglobin types and Band 3 interactions 1-gen-2019 Farsaci, F; Tellone, E; Russo, A; Galtieri, A; Ficarra, S
Is a dangerous blood clot formation a reversible process? Introduction of new characteristic parameter for thermodynamic clot blood characterization: 1-gen-2018 Farsaci, F; Tellone, E; Galtieri, A; Ficarra, S
Molecular characterization of a peculiar blood clot fluidification by theoretical thermodynamic models and entropy production study 1-gen-2018 Farsaci, F; Tellone, E; Galtieri, A; Ficarra, S
A New Non-Equilibrium Thermodynamic Fractional Visco-Inelastic Model to Predict Experimentally Inaccessible Processes and Investigate Pathophysiological Cellular Structures 1-gen-2017 Farsaci, Francesco; Farsaci, Francesco; Ficarra, ; Silvana, ; Galtieri, ; Antonio, ; Tellone, ; Ester,
Relativistic phenomenological equations and transformation laws of relative coefficients 1-gen-2017 Rogolino, P; Farsaci, F
Rheological properties of human blood in the network of non-equilibrium thermodynamic with internal variables by means of ultrasound wave perturbation 1-gen-2017 Farsaci, F; Tellone, E; Russo, A; Galtieri, A; Ficarra, S
On evaluation of electric conductivity by mean of non equilibrium thermodynamic approach with internal variables. An application to human erythrocyte suspension for metabolic characterizations 1-gen-2016 Farsaci, F; Ficarra, S; Russo, A; Galtieri, A; Tellone, E
Low frequency dielectric characteristics of human blood: A non-equilibrium thermodynamic approach 1-gen-2013 Farsaci, Francesco; Tellone, Ester; Cavallaro, Mauro; Russo, Annamaria; Ficarra, Silvana
ON EVALUATION OF ELECTRIC CONDUCTIVITY BY MEAN OF A THERMODYNAMICAL MODEL FOR DIELECTRIC RELAXATION PHENOMENA. AN APPLICATION TO LIVER TISSUE 1-gen-2013 Ciancio, Vincenzo; Farsaci, Francesco
An alternative dielectric model for low and high frequencies: A non-equilibrium thermodynamic approach 1-gen-2012 Farsaci, Francesco; Rogolino, Patrizia
An alternative dielectric model for low and high frequencies:A non-equilibrium thermodynamic approach 1-gen-2012 Farsaci Francesco; Rogolino Patrizia
Dyes and Nanostructured Materials for Dye-sensitized Solar Cells 1-gen-2012 DI MARCO, Gaetano; Bartolotta, A; Farsaci, F; Calogero, G; Irrera, A; G Gucciardi, P; M Maragò, O; Bonaccorso, F; Caramori, S; Citro, I; Sinopoli, A; A Bignozzi, C; C Ferrari, A; Pina, F
An alternative dielectric model 1-gen-2011 Francesco Farsaci;Patrizia Rogolino
Mechanical model for relaxation phenomena in viscoanelastic media of order one 1-gen-2010 Farsaci, F; Ciancio, V; Rogolino, P
On a thermodynamical model for dielectric relaxation phenomena 1-gen-2010 Ciancio V, V; Farsaci, F; Rogolino, P
Relativistic elastic tensor 1-gen-2010 Farsaci, F; Ciancio, V
Mathematical approach to the relaxation phenomena 1-gen-2009 Ciancio V.; Farsaci F.; Rogolino P.
On the extension of Debye's model for media with dielectric relaxation 1-gen-2009 Ciancio, V; Farsaci, F; Rogolino, P
Phenomenological approach on wave propagation in dielectric media with two relaxation times 1-gen-2009 Ciancio, V; Farsaci, F; Rogolino, P
SOME APPLICATIONS OF LINEAR RESPONSE THEORY TO MEDIA WITH MECHANICAL RELAXATION PHENOMENA 1-gen-2009 Ciancio A; Ciancio V; Farsaci F