Computational Nanomaterials

 

Research Team

  • Assis. Prof. Ali ZERENTURK

MS- Students:

Two MS students with basic knowledge of computational methods and quantum mechanics will be accepted to the Computational Nanomaterials Research Group.

Collobaration:

 

Research

Ongoing Studies:

  • Ab-initio Functional Materials Design

Fullerenes, nanotubes and monolayers of Boron and III-V binary compounds.

  • Reaction Kinetics

          Reaction mechanisms and energy barriers of hydrogenation of C60 fullerenes.

  • Thermodynamical Stability of Nanostructures

          Determination of temperature dependent lifetimes of fullerenes and nanotubes by a QM/MM hybrid method

  • Defect engineering on nanotubes

          Physical and chemical properties of mono and di-vacancies on nanotubes.

  • Fullerene Growth Mechanism

          Molecular Dynamics simulation of ring stacking mechanism of carbon fullerenes

 

Publications:

  • Zerentürk, A. & Berber, S. (2013). Stability of GaN nanocages. EPL. Sayı 1. Cilt 103 Article No: 16003
  • Zerentürk, A. & Berber, S. (2012). Hydrogen migration on the C-60 fullerene. Solid State Communications. Sayı 16. Cilt 152 sf 1522-1525

 

 


This page updated by Physics on 10.04.2020 23:37:14

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