The optical band gap energy and the electronic processes involved are important
parameters of a semiconductor material and it is therefore important to determine their …

Copper sulfide semiconductors made from earth-abundant elements have an optical
absorption edge at ca. 1.2 eV, nearly ideal for solar energy harvesting. We report the growth …

The use of nanostructured probes for chemical sensing has opened up the ability to detect
ultra-low analyte volumes and achieve nanoscale spatial resolution. Metal nanoparticles …

Different phases of copper sulfide were synthesized by the Flash Evaporation method,
followed by annealing at various temperatures. Pure and mixed crystal structures of the …

Abstract CaCu 3 Ti 4 O 12 (CCTO) thin film was deposited on ITO substrate using radio
frequency (RF) magnetron sputtering at various deposition times (1–4 h). The significant …

Photo-assisted electrocatalytic oxidation alcohol molecule holds promise for both
sustainable energy generation and energy conversion in direct alcohol fuel cells (DAFCs) …

In this article, the authors have reported the growth and characterization of a batch of indium
doped zinc oxide films to explore the controllable n-type doping in ZnO with high crystalline …

Element doping is commonly used to adjust the carrier concentrations in semiconductors
such as thermoelectric materials. However, the doping process unavoidably brings in …

The effects of the Cu x S stoichiometry, 1≤ x≤ 2, on the optical, electrical, and solar thermal
properties of copper sulphide thin films, which have been deposited by chemical spray …

Tunable macro–mesoporous ZnO (M/m-ZnO) nanostructures with a wurtzite hexagonal
structure have been successfully synthesized using polymer colloids as a hard template and …