Recently, many efforts have been concentrated on land use land cover (LULC) classification
due to rapid urbanization, environmental pollution, agriculture drought, frequent floods, and …

In this study, an effective type-II heterojunction CdS/AgI binary composite was constructed by
an in situ precipitation approach. To validate the successful formation of heterojunction …

The use of atomic layer deposition (ALD) for the deposition of chalcogenide thin films have
offered great potential applications in numerous research areas such as change-memory …

Semiconducting materials have found enormous interest due to their immense applicability
in various optoelectronics fields. In the current report, Sb/Ag 2 Se bilayer thin film was …

Photocatalysis is realized by the design of a visible-light-active catalyst with robust redox
capacity and broad absorption. In this study, a series of novel Z-scheme CoNiWO4/Ph …

The present study reports the annealing induced structural as well as optical properties of
Ag 2 S/As 2 Se 3 heterostructure film at different annealing temperatures. The trigonal …

The current research depicts the laser irradiation-induced effect on the optoelectrical and
structural properties of thermally evaporated Bi 15 In 20 Se 65 thin films with different …

The current study depicted the influence of annealing temperature on In/Te bilayer thin film
of 350 nm synthesized by thermal evaporation method. The interfacial diffusion of In into Te …

The effect of annealing temperature (Ta= 200, 250, and 300° C) on the structural properties,
ac conductivity, and complex dielectric constants (and) of indium-doped tin oxide (ITO) thin …

For the last several decades, semiconducting materials and nanocomposites have received
a lot of interest in generating highly efficient photocatalysts to destroy organic pollutants and …