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Mokter Mahmud Chowdhury is a researcher. He uses different microscopic and spectroscopic techniques to explore the properties of nanomaterials and nanostructured systems. His research interests include Nanotechnology, Solid State Devices, Optics, and Molecular Dynamics Simulations.

Publications

  • Graphene Nanoscrolls via Electric-Field-Induced Transformation of Water-Submerged Graphene Nanoribbons for Energy Storage, Nanofluidic, and Nanoelectronic Applications
  • Heat localization through reduced dimensionality
  • The role of lateral confinement in the localized heating of thermionic emitters based on carbon nanotube forests
  • Effect of thermal pre-treatment on thermionic emission current stability from carbon nanotube forests
  • Effect of spatial distribution of generation rate on bulk heterojunction organic solar cell performance: A novel semi-analytical approach
  • Rotating‐Electric‐Field‐Induced Carbon‐Nanotube‐Based Nanomotor in Water: A Molecular Dynamics Study
  • Effect of bending on the molecular transport along carbon nanotubes
  • The role of carbon nanotube forest density in thermionic emission
  • An analytical model for bulk heterojunction organic solar cells using a new empirical expression of space dependent photocarrier generation
  • An optoelectronic analytical model for bulk heterojunction organic solar cells incorporating position and wavelength dependent carrier generation
  • Dynamics of fullerene self-insertion into carbon nanotubes in water
  • A physics-based analytical model for bulk heterojunction organic solar cells incorporating monomolecular recombination mechanism
  • Broadband Infrared Hyperspectroscopy with High Spatial Resolution for the Study of Nanoscale Thermal Emitters in Vacuum

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