Search Results - "Horno, J."

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  1. 1

    Transport Properties in Nanochannels: Ionic Size‑, Permittivity‑, and Viscosity-Related Effects by López-Garcı́a, J.J, Horno, J, Grosse, C

    Published in Journal of physical chemistry. C (14-05-2020)
    “…The transport properties in nanochannels are examined using a modified electrokinetic model (MEM) that takes into account the finite ion size by modeling the…”
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  2. 2

    Differential capacitance of the diffuse double layer at electrode-electrolyte interfaces considering ions as dielectric spheres: Part I. Binary electrolyte solutions by López-García, J.J., Horno, J., Grosse, C.

    Published in Journal of colloid and interface science (15-06-2017)
    “…Dependence of the total differential capacitance (inner and diffuse parts of the electric double layer) on the potential drop across this layer. Comparison…”
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  3. 3

    Risk factors for persistent abnormality on chest radiographs at 12-weeks post hospitalisation with PCR confirmed COVID-19 by Wallis, T. J. M, Heiden, E, Horno, J, Welham, B, Burke, H, Freeman, A, Dexter, L, Fazleen, A, Kong, A, McQuitty, C, Watson, M, Poole, S, Brendish, N. J, Clark, T. W, Wilkinson, T. M. A, Jones, M. G, Marshall, B. G

    Published in Respiratory research (21-05-2021)
    “…Abstract Background The long-term consequences of COVID-19 remain unclear. There is concern a proportion of patients will progress to develop pulmonary…”
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  4. 4

    Ion size effects on the dielectric and electrokinetic properties in aqueous colloidal suspensions by López-García, J.J., Horno, J., Grosse, C.

    “…One of the main assumptions of the classical theory most widely used to characterize electrokinetic phenomena is that ions behave as point-like entities. While…”
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  5. 5

    Diffuse double-layer structure in mixed electrolytes considering ions as dielectric spheres by López-García, J. J., Horno, J., Grosse, C.

    “… The structure of the diffuse part of the electric double layer at solid-electrolyte solution interfaces is examined using a theoretical model that takes into…”
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  6. 6

    Electrokinetic characterization of magnetite nanoparticles functionalized with amino acids by Viota, J.L., Arroyo, F.J., Delgado, A.V., Horno, J.

    Published in Journal of colloid and interface science (01-04-2010)
    “…Composition of the colored-ninhydrin supernatants corresponding to the magnetite–amino acid mixtures for different pHs and concentrations of amino acid…”
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  7. 7

    Multiionic and Permittivity-Related Effects on the Diffuse Electric Double Layer Structure at Solid-Electrolyte Solution Interfaces by López-García, J. J., Grosse, C., Horno, J.

    “…The structure and differential capacitance of the diffuse part of the electric double layer at solid-electrolyte solution interfaces are examined using a…”
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  8. 8

    Equilibrium Electric Double Layer of Charged Spherical Colloidal Particles: Effect of Different Distances of Minimum Ion Approach to The Particle Surface by López-García, J. J, Aranda-Rascón, M. J, Grosse, C, Horno, J

    Published in The journal of physical chemistry. B (10-06-2010)
    “…A study of the equilibrium double layer surrounding charged spherical particles is presented, considering that ions in the suspending medium have a finite…”
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  9. 9

    Electrical double layer around a spherical colloid particle: The excluded volume effect by López-García, J.J., Aranda-Rascón, M.J., Horno, J.

    Published in Journal of colloid and interface science (01-12-2007)
    “…The influence of the excluded volume effect on both the spatial distribution of ionic species and the electrostatic potential distribution in the neighborhood…”
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  10. 10

    Numerical study of colloidal suspensions of soft spherical particles using the network method: 1. DC electrophoretic mobility by López-Garcı́a, J.J., Grosse, C., Horno, J.

    Published in Journal of colloid and interface science (15-09-2003)
    “…The electrophoretic mobility of a spherical particle coated with a uniformly charged permeable membrane and suspended in a general electrolyte solution is…”
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  11. 11

    Electrokinetics of charged spherical colloidal particles taking into account the effect of ion size constraints by López-García, J.J., Aranda-Rascón, M.J., Grosse, C., Horno, J.

    Published in Journal of colloid and interface science (01-04-2011)
    “…Different minimum approach distances of ionic species to the particle surface ( h 2 − h 1) permit explain the reversal of the electrophoretic mobility ( u e )…”
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  12. 12

    Electrokinetics of suspended charged particles taking into account the excluded volume effect by Aranda-Rascón, M.J., Grosse, C., López-García, J.J., Horno, J.

    Published in Journal of colloid and interface science (15-07-2009)
    “…The excluded volume effect ( c max) always increases the electrophoretic mobility ( u e ) as compared to the case when ideal ion behavior is assumed (standard…”
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  13. 13

    Numerical study of colloidal suspensions of soft spherical particles using the network method: 2. AC electrokinetic and dielectric properties by López-Garcı́a, J.J., Grosse, C., Horno, J.

    Published in Journal of colloid and interface science (15-09-2003)
    “…The network simulation method is used to solve numerically the equation system that determines the dynamic electrophoretic mobility and the dielectric response…”
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  14. 14

    Influence of the finite ion size on the predictions of the standard electrokinetic model: Frequency response by Aranda-Rascón, M.J., Grosse, C., López-García, J.J., Horno, J.

    Published in Journal of colloid and interface science (15-08-2009)
    “…Stationary permittivity increment versus stationary mobility plots and their dependence on the ion size ( c max) for κa = 30 and c ∞ ≈ 0.01 M. An extension…”
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  15. 15

    Excluded volume effect on the electrophoretic mobility of colloidal particles by López-García, J.J., Aranda-Rascón, M.J., Horno, J.

    Published in Journal of colloid and interface science (01-07-2008)
    “…In a recent work [J. Colloid Interface Sci. 316 (2007) 196] we studied the influence of the excluded volume effect on spatial distributions of ionic species…”
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  16. 16

    On the use of the Stern-layer and the charged-layer formalisms for the interpretation of dielectric and electrokinetic properties of colloidal suspensions by López-García, J.J., Grosse, C., Horno, J.

    Published in Journal of colloid and interface science (15-01-2009)
    “…The classical description of colloidal suspensions is based on a series of assumptions that constitute the standard electrokinetic model: suspended particles…”
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  17. 17

    Polarization of the Electrical Double Layer. Time Evolution after Application of an Electric Field by Shilov, V.N., Delgado, A.V., González-Caballero, F., Horno, J., López-García, J.J., Grosse, C.

    Published in Journal of colloid and interface science (01-12-2000)
    “…Electrophoresis is one of the electrokinetic phenomena most widely investigated, both from a fundamental point of view and as a research tool in academia and…”
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  18. 18

    A New Generalization of the Standard Electrokinetic Model by López-García, J. J., Grosse, C., Horno, J.

    Published in The journal of physical chemistry. B (02-08-2007)
    “…We present a new generalization of the standard electrokinetic model based on the assumption that there is a thin layer surrounding the suspended particle…”
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  19. 19

    Numerical calculation of the electrophoretic mobility of concentrated suspensions of soft particles by López-García, J.J., Grosse, C., Horno, J.

    Published in Journal of colloid and interface science (15-09-2006)
    “…The electrophoretic mobility of spherical soft particles in concentrated colloidal suspensions is numerically calculated. The particle is modeled as a hard…”
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  20. 20

    Study of the linearity of the voltage–current relationship in ion-exchange membranes using the network simulation method by Moya, A.A., Horno, J.

    Published in Journal of membrane science (01-06-2004)
    “…The conditions of linearity of the current–voltage relationship in ion-exchange membrane systems have been investigated using the network simulation method. A…”
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