Presently, scientists and scholars are faced with techniques of maintaining and elongating
optimum performance of energy storage devices operating under radiations exposures. This …

Possibilities of using laser irradiation to enhance mass transfer in the solid phase of metallic
materials in order to form structures with improved physical and mechanical properties were …

Thanks to their impact on gas sensing enhancement, irradiation techniques are being
progressively employed in gas-sensing applications. Effects of Xe irradiation doses on the …

Unlike the majority of the silicon-based electronic devices, optoelectronic devices are
predominantly made using III–V and II–VI semiconductor compounds and their alloys …

PEGylation of nickel-zinc oxide nanorods (PEG-Ni-ZnONRs) composites was synthesized by
a modified co-precipitation method and calcined at different temperatures to optimize their …

In order to enhance the solar thermal energy conversion efficiency, we propose to use
carbon-gold core-shell nanoparticles dispersed in liquid water. This work demonstrates …

The properties of conjugated and irradiated Co 3 O 4-CuO-MnO 2/GO nanostructured
nanocomposites powder for possible applications in various sphere of life were studied in …

The regularities and features of the formation of arrays of zinc oxide nano-objects with
varying morphology are determined by CO2 laser processing with intensification of diffusion …

Combination of transition metal oxides and carbon derivatives have received a lot of interest
in last two decades for electrochemical energy storage due to their small size and high …

Semiconductor metal oxides (SMOx) are widely studied for different applications. It is well
established that the gas-SMOx interaction strongly depends on the charge exchange …