DEPARTMENT.FACULTY

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Dr. Mohd Meenhaz Ansari
  • DEPARTMENT_STAFF.QUALIFICATION

    M.Tech (Nanotechnology), Ph.D. (Theoretical Condensed Matter Physics )

  • DEPARTMENT_STAFF.DESIGNATION

    Guest Faculty

  • DEPARTMENT_STAFF.THRUST_AREA

    Electron-Phonon Scattering and Heat Flow in Single and Bilayer Graphene

  • DEPARTMENT_STAFF.ADDRESS

    Department of Physics, AMU, Aligarh

  • DEPARTMENT_STAFF.MOBILE

  • DEPARTMENT_STAFF.EMAIL

    meenhazphysics@gmail.com

  • DEPARTMENT_STAFF.TIME_TABLE

    Spring/Winter Semester Session 2020-2021

DEPARTMENT_STAFF.COMPLETE_CV

Dr. Mohd Meenhaz Ansari has received M.Sc (Physics), M. Tech (Nanotechnology) and Ph.D. degrees from Aligarh Muslim University, Aligarh, India. He was a recipient of the Maulana Azad National Fellowship from the University Grants Commission, India. His research experience encompasses analytical and computational techniques for the study of electronic and thermal transport properties of low dimensional systems specially Single and Bilayer Graphene. He has published several research papers in reputed international journals & conferences proceedings. 

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  1. Effect of temperature-dependent work function and fermi energy on thermionic emission current density in graphene
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  2. Piezoelectric substrate effect on electron-acoustic phonon scattering in bilayer graphene
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  3. Scattering by flexural phonons in unstrained graphene in BG regime
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  4. Electrostatic gating activated single flexural phonon dependent mobility in graphene in BG regime
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  5. Acoustic phonon growth rate in undoped graphene due to external temperature gradient
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  6. Electron single flexural phonon relaxation, energy loss and thermopower in single and bilayer graphene in Bloch Gruneisen regime
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  7. Chirality effect on electron phonon relaxation, energy loss and thermopower in single and bilayer graphene in BG regime
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  8. Band gap engineering and enhanced photoluminescence of Mg doped ZnO nanoparticles synthesized by wet chemical route
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  9. Inelastic scattering and cooling of photoexcited electrons through coupling with acoustic, optic and surface polar optic phonons in graphene
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