Two-dimensional nanosheet crystals have potential applications in nano-electronic devices.
Prompted by the recently observed ferromagnetism in pristine VX2 (X= S and Se) …

We report on the simple route for the synthesis of chemically reduced graphene oxide (rGO)
using ascorbic acid (a green chemical) as a reducing agent. Temperature-dependent …

Engineering the physics and chemistry of 2D materials is a key to unlock the potential of the
advanced e‐nose technologies limited by the current semiconductor technologies. Herein …

The ferromagnetism of carbon-based materials has attracted much interest for its possible
applications in spintronics devices. In this work, we studied the magnetic properties of …

A major goal of molecular electronics is to understand chargetransport properties of single
molecules and their ensembles. Ultimately this will pave the way for electronic components …

Graphene oxide is a complex material whose synthesis is still incompletely understood. To
study the time evolution of structural and chemical properties of oxidized graphite, samples …

We report a systematic study of room temperature large positive and negative
magnetoresistance (MR) in the reduced graphene oxide (RGO) thin-film devices grown by …

We report a systematic study on charge transport properties of thermally reduced graphene
oxide (rGO) layers, from room temperature to 2 K and in presence of magnetic fields up to 7 …

We have performed transport measurements on a hydrogenated graphene flake. It is found
that conventional analysis cannot allow us to determine whether Mott variable range …

Temperature dependent electrical conduction in as prepared and annealed graphene oxide
(GO) thin films was investigated. The electrical measurements on a sandwich structure of GO …