Doping of graphene with variety of heteroatoms is presently focused for electrochemical
supercapacitor applications because it functions as a hybrid supercapacitor. Herewith, we …

Enhancement in supercapacitive behaviour of heteroatom doped graphene could be
possible only due to redox behaviour by heteroatoms. Here, we report that the sulphur …

Here, the fast and shorter duration synthesis route was proposed for the production of N-
doped graphene by supercritical fluid method involving ammonium oxalate as a source of …

Heteroatom doped graphene has been proved for its promising applications in
electrochemical energy storage systems. Here, nitrogen (N) doped graphene was prepared …

A rapid facile and one-pot formation of N-doped graphene by benzimidazole as a
heterocyclic nitrogen source was explored by supercritical fluid technique. Here, we have …

Heteroatom doped graphene framework is considered as a promising candidate for
electrochemical hybrid supercapacitor applications. Herein, we report the synthesis of P …

Chemical doping with heterogeneous atoms is an effective method to improve the intrinsic
properties of graphene. In this work, a competitive type of highly nitrogen-doped graphene …

Carbon nanomaterials are promising for making high-performance supercapacitors.
However, their specific capacitances and energy densities still need further improvement for …

Here, the boron-doped graphene was produced through both supercritical fluid processing
as well as hydrothermal route by means of boric acid as a boron source. The availability of …

Graphene, the most fascinating 2D form of carbon with closely packed carbon atoms
arranged in a layer, needs more attention in various fields. For its unique electrical …