Purposeful control of the physical properties of materials at the nanoscale is significant
throughout the application. The most effective way for this is to change or replace the lattice …

Additive manufacturing has rapidly evolved over recent years with the advent of polymer
inks and those inks containing novel nanomaterials. The compatibility of polymer inks with …

In this work, nitrogen-doped carbon nanofiber aerogels (N-CNFA) were successfully
prepared by freeze-drying and thermal treatment of bacterial cellulose in NH 3 atmosphere …

The development of graphene conductive inks with a high conductivity and dispersion
stability in water poses considerable challenges. Herein, a highly conductive Ag/carbon …

While MAX phases offer an exotic combination of ceramic and metallic properties, rendering
them a unique class of materials, their applications remain virtually hypothetical. To …

The straightforward, cost-efficient, and scalable route of preparing graphene oxide-based
materials (GOBMs) from graphite and transforming them into thermally reduced graphene …

The charging of nanoporous carbon via electrodeposition of solid iodine from iodide-based
electrolyte is an efficient and ecofriendly method to produce battery cathodes. Here, the …

The great chemical affinity of molecular iodine towards several macromolecules and
innumerable polymers allows the formation of macromolecule/polymer-iodine complexes …

Fibriform supercapacitor (FSC) is considered as a promising energy storage component for
future wearable electronics. The modification and fabrication of reduced graphene oxide …

Doping of graphene-based materials with heteroatoms relies on the disruption of existing
charge densities found on pristine graphene. Even though it is known that this phenomenon …