Copper sulfide (CuS) rod shaped nanostructures with an average length 8 to 10 nm are
synthesized through green chemical route using biodegradable starch as a cap** agent …

Herein we report, the photosensitivity of in-situ chemical bath deposition (CBD) grown CuS
thin film for the first time, also comparatively very short deposition time of 40 min and much …

The synthesis and study of semiconducting nanostructure materials have become a
considerable interdisciplinary area of research over the past few decades. The control of …

The chemical bath deposition technique has been used for the deposition of Cu2S thin films
on glass substrates. The thickness of deposited thin films strongly depends on the …

Silicon based components are the heart of today's electronic devices. The improvisation and
optimization of devices based on silicon components are reaching upper limits in terms of …

Transition metal chalcogenide nanocomposite thin films deposited by chemical routes are
currently attracting wide attention being inexpensive, simple and have utility for large area …

Abstract 2D-PEA 2 SnI 4 perovskite thin films were prepared by sequential physical vapor
deposition (SPVD) technique. The effect of low substrate deposition temperature, annealing …

Nanocrystalline CdSe and aluminium-doped CdSe thin films are synthesized on fluorine-
doped tin oxide (FTO) glass substrates using the spray pyrolysis method at optimal substrate …

Many studies have been conducted on membranes implemented as pH sensors for
measuring pH sensitivity; nevertheless, the effect of metal oxide semiconductor field effect …

Nowadays, chalcogenide-based thin layers are proving a promising light-absorbing material
with low cost and are technologically suitable for light to current conversion applications. In …