Difference between revisions of "Shervin Rafatnia"

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I am interested in MD simulations of electrokinetic phenomena, especially colloidal electrophoresis. I study the elecphoretic behavior of large colloids (<math>\kappa R \gg 1</math>) via a combination of implicit-ions simulations and the standard electrokinetic model of O'Brien and White.  
 
I am interested in MD simulations of electrokinetic phenomena, especially colloidal electrophoresis. I study the elecphoretic behavior of large colloids (<math>\kappa R \gg 1</math>) via a combination of implicit-ions simulations and the standard electrokinetic model of O'Brien and White.  
I am also working on the electrophoretic mobility of a small polyelectrolyte-grafted colloid via explicit-ions simulations.
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I am also working on the electrophoretic mobility of a small polyelectrolyte-grafted colloid via explicit-ions simulations in a fluid modeled by the lattice-Boltzmann algorithm.
  
 
'''Publications:'''
 
'''Publications:'''
  
 
Raafatnia S., Hickey O.A., Sega M., Holm C., Computing the Electrophoretic Mobility of Large Spherical Colloids by Combining Explicit Ion Simulations with the Standard Electrokinetic Model, Langmuir '''2014''', 0743-7463.
 
Raafatnia S., Hickey O.A., Sega M., Holm C., Computing the Electrophoretic Mobility of Large Spherical Colloids by Combining Explicit Ion Simulations with the Standard Electrokinetic Model, Langmuir '''2014''', 0743-7463.
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Semenov I., Raafatnia S., Sega M., Lobaskin V., Holm C, Kremer F., Electrophoretic mobility and charge inversion of a colloidal particle studied by single-colloid
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electrophoresis and molecular dynamics simulations, PHYSICAL REVIEW E 87, 022302 (2013).

Revision as of 15:03, 14 February 2014

Shervin Rafatnia.jpg
Shervin Rafatnia
PhD student
Office:1.035
Phone:+49 711 685-67701
Fax:+49 711 685-63658
Email:shervin _at_ icp.uni-stuttgart.de
Address:Shervin Rafatnia
Institute for Computational Physics
Universität Stuttgart
Allmandring 3
70569 Stuttgart
Germany

Field of Interest:

I am interested in MD simulations of electrokinetic phenomena, especially colloidal electrophoresis. I study the elecphoretic behavior of large colloids (\kappa R \gg 1) via a combination of implicit-ions simulations and the standard electrokinetic model of O'Brien and White. I am also working on the electrophoretic mobility of a small polyelectrolyte-grafted colloid via explicit-ions simulations in a fluid modeled by the lattice-Boltzmann algorithm.

Publications:

Raafatnia S., Hickey O.A., Sega M., Holm C., Computing the Electrophoretic Mobility of Large Spherical Colloids by Combining Explicit Ion Simulations with the Standard Electrokinetic Model, Langmuir 2014, 0743-7463.

Semenov I., Raafatnia S., Sega M., Lobaskin V., Holm C, Kremer F., Electrophoretic mobility and charge inversion of a colloidal particle studied by single-colloid electrophoresis and molecular dynamics simulations, PHYSICAL REVIEW E 87, 022302 (2013).