Measuring supercapacitor capacitance is essential to understanding their electrical
characteristics. However, different techniques can provide significantly different capacitance …

We report the MoS 2/graphene coupling as the result of the decomposition of a mixture of
ammonium tetrathiomolybdate and graphene oxide in thermal shock conditions. X-ray …

In this work MWNT/polypyrrole nanocomposites were synthesized and investigated as
electrode materials for supercapasitor application. The MWNT were synthesized by CCVD …

Two few-layer graphene materials, strongly distinguished in structure, were compared as
electrode materials for supercapacitor. The stacks of flat sheets with basal size of a few …

Holes with an average size of 2–5 nm have been created in graphene layers by heating of
graphite oxide (GO) in concentrated sulfuric acid followed by annealing in an argon flow …

An interaction of graphene with gaseous molecules increases substantially with grafting of
functional groups to its surface. However, in the efficient sensors, such interaction should not …

Nitrogen‐containing porous carbon has been produced by acetonitrile vapor deposition at
700 and 800° C on the products of thermolysis of calcium tartrate doped by iron. The …

The work presents the scalable fabrication of microsupercapacitors by scribing fluorinated
graphene (FG) films using a low-power ultraviolet (UV) laser. The interaction of the FG film …

Graphene derivatives are promising sensor materials due to their high surface area
available for molecule adsorption and conductivity changes under the adsorbate impact …

Abstract Graphite Oxide (GtO) is commonly used as an intermediate material for preparation
of graphene in the form of reduced graphene oxide (rGO). Being a semiconductor with …