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Towards Predicting And Controlling Ionic Hydration Patterns In Nanopores

Research output: Contribution to conference - Without ISBN/ISSN › Poster › peer-review

Published

Standard

Towards Predicting And Controlling Ionic Hydration Patterns In Nanopores. / Barabash, Miraslau; Dines, Aaron; Gibby, William et al.
2021. Poster session presented at Frontiers in ion channels and nanopores: theory, experiments and simulation, Rome, Italy.

Research output: Contribution to conference - Without ISBN/ISSN › Poster › peer-review

Harvard

Barabash, M, Dines, A, Gibby, W, Guardiani, C, Smolyanitsky, A, Luchinsky, D & McClintock, P 2021, 'Towards Predicting And Controlling Ionic Hydration Patterns In Nanopores', Frontiers in ion channels and nanopores: theory, experiments and simulation, Rome, Italy, 2/02/21 - 5/02/21.

APA

Barabash, M., Dines, A., Gibby, W., Guardiani, C., Smolyanitsky, A., Luchinsky, D., & McClintock, P. (2021). Towards Predicting And Controlling Ionic Hydration Patterns In Nanopores. Poster session presented at Frontiers in ion channels and nanopores: theory, experiments and simulation, Rome, Italy.

Vancouver

Barabash M, Dines A, Gibby W, Guardiani C, Smolyanitsky A, Luchinsky D et al.. Towards Predicting And Controlling Ionic Hydration Patterns In Nanopores. 2021. Poster session presented at Frontiers in ion channels and nanopores: theory, experiments and simulation, Rome, Italy.

Author

Barabash, Miraslau ; Dines, Aaron ; Gibby, William et al. / Towards Predicting And Controlling Ionic Hydration Patterns In Nanopores. Poster session presented at Frontiers in ion channels and nanopores: theory, experiments and simulation, Rome, Italy.

Bibtex

@conference{84bc3be8a6ba4c14b455f36edce7be60,
title = "Towards Predicting And Controlling Ionic Hydration Patterns In Nanopores",
abstract = "We propose a method to describe analytically the ionic hydration patterns near sub-nanopores. It agrees well with molecular dynamics simulations, predicts the locations of the trapped water molecules, and captures the intrinsic and extrinsic features of the nanopores. Our method would open the way to designing and optimising controllable nanoionic devices with on-demand selective and conductive properties, finding applications in water desalination, energy harvesting, and DNA sequencing.",
author = "Miraslau Barabash and Aaron Dines and William Gibby and Carlo Guardiani and Alex Smolyanitsky and Dmitry Luchinsky and Peter McClintock",
year = "2021",
month = feb,
day = "2",
language = "English",
note = "Frontiers in ion channels and nanopores: theory, experiments and simulation, FICN ; Conference date: 02-02-2021 Through 05-02-2021",
url = "https://sites.google.com/uniroma1.it/ficn2021/",

}

RIS

TY - CONF

T1 - Towards Predicting And Controlling Ionic Hydration Patterns In Nanopores

AU - Barabash, Miraslau

AU - Dines, Aaron

AU - Gibby, William

AU - Guardiani, Carlo

AU - Smolyanitsky, Alex

AU - Luchinsky, Dmitry

AU - McClintock, Peter

PY - 2021/2/2

Y1 - 2021/2/2

N2 - We propose a method to describe analytically the ionic hydration patterns near sub-nanopores. It agrees well with molecular dynamics simulations, predicts the locations of the trapped water molecules, and captures the intrinsic and extrinsic features of the nanopores. Our method would open the way to designing and optimising controllable nanoionic devices with on-demand selective and conductive properties, finding applications in water desalination, energy harvesting, and DNA sequencing.

AB - We propose a method to describe analytically the ionic hydration patterns near sub-nanopores. It agrees well with molecular dynamics simulations, predicts the locations of the trapped water molecules, and captures the intrinsic and extrinsic features of the nanopores. Our method would open the way to designing and optimising controllable nanoionic devices with on-demand selective and conductive properties, finding applications in water desalination, energy harvesting, and DNA sequencing.

M3 - Poster

T2 - Frontiers in ion channels and nanopores: theory, experiments and simulation

Y2 - 2 February 2021 through 5 February 2021

ER -