Here we investigate the influence of Fe oxidation state (either Fe (II) or Fe (III) sulfates) in
precursor of the same chemical composition on the atomic scale structure, surface …

Environmental concerns regarding the use of potentially harmful chemicals and fossil fuels
stimulate research efforts on the multifunctional hybrid nanocomposites produced from …

Polymer-based flexible nanocomposite films, of nickel ferrite nanoparticles in a
polyvinylidene fluoride (PVDF) polymer matrix, were fabricated using a blade coating …

Magnetite is a mineral with particular characteristics found in its natural igneous,
sedimentary, and metamorphic rocks. Magnetite formation occurs under specific conditions …

Reduced graphene oxide–cerium oxide (rGO-CeO 2) nanocomposite is prepared by simple
hydrothermal method for enhanced charge storage supercapacitor performance. The …

Insightful growth in nanostructure materials has flourished the field of nano-energy research,
especially, supercapacitors, as an answer to worldwide energy issues. In this chapter …

For electrochemical supercapacitors, nickel cobaltite (NiCo2O4) has emerged as a new
energy storage material. The electrocapacitive performance of metal oxides is significantly …

Unique designs and doping strategies were adopted to control the variability of intrinsic
active sites and to enhance the catalytic performance of bimetal catalysts in the oxygen …

Abstract Cobalt hydroxides, Co (OH) 2, was in situ fabricated taking metal-cobalt as both
conductive substrate and cobalt source by a facile hydrothermal method. It is found that the …

There are many nanoparticle preparation techniques such as the biological approach sol-
gel method and physical methods, etc. However, the co-precipitation approach requires few …