Search Results - "Telles, Igor M"

Reversal of Electroosmotic Flow in Charged Nanopores with Multivalent Electrolyte by Telles, Igor M, Levin, Yan, dos Santos, Alexandre P

“…We study the reversal of electroosmotic flow in charged cylindrical nanopores containing multivalent electrolyte. Dissipative particle dynamics is used to…”
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Electroosmotic Flow Grows with Electrostatic Coupling in Confining Charged Dielectric Surfaces by Telles, Igor M, dos Santos, Alexandre P

“…In this work, the effects of polarization of confining charged planar dielectric surfaces on induced electroosmotic flow are investigated. To this end, we use…”
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Correction to “Reversal of Electroosmotic Flow in Charged Nanopores with Multivalent Electrolyte” by Telles, Igor M., Levin, Yan, dos Santos, Alexandre P.

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Electroosmotic Flow in Polarizable Charged Cylindrical Nanopores by Bombardelli, Rogério K, Telles, Igor M, dos Santos, Alexandre P, Levin, Yan

“…We present a simulation method to study electroosmotic flow in charged nanopores with dielectric contrast between their interior and the surrounding medium. To…”
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Strong attraction between like-charged metal nanoparticles mediated by multivalent counterions by Arfan, Muhammad, Telles, Igor M., dos Santos, Alexandre P.

“…In the present work, we develop a method which allows us to use Monte Carlo simulations to study a system with two conducting charged nanoparticles in an…”
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Simulations of electroosmotic flow in charged nanopores using Dissipative Particle Dynamics with Ewald summation by Telles, Igor M., Bombardelli, Rogério K., dos Santos, Alexandre P., Levin, Yan

“…•Electroosmotic flow is simulated using Dissipative particle dynamics and Ewald summation.•Correction to Ewald summation is obtained for cylindrical geometry…”
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Electroosmosis as a probe for electrostatic correlations by Palaia, Ivan, Telles, Igor M, Santos, Alexandre P. dos, Trizac, Emmanuel

“…Soft Matter 16 (47), 10688-10696 (2020) We study the role of ionic correlations on the electroosmotic flow in planar double-slit channels, without salt. We…”
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