NiS is a highly promising transition metal sulfide versatile for a sensor material owing to its
superior conductivity and stability, and herein we report its first incorporation into an …

We report a simple solution process to deposit organic-inorganic poly (vinyl phenol)(PVP)–
SiO 2 and PVP-TiO 2 hybrid films. The spin dropped hybrid films were prepared at low …

The use of nanoscale lasers in new space technologies can enable a variety of applications.
Metal lead halide perovskites have emerged and been verified to possess many unique …

Cadmium sulfide (CdS) thin film consisting of nanowires over a flat CdS thin film were
synthesized by depositing cadmium hydroxide [Cd (OH) 2] nanowires (NW) bundles …

In this work, thin CdS films have been deposited using the chemical bath deposition
technique (CBD). Different synthesis parameters, such as number of runs, deposition time …

As-grown and Dy-doped CdS thin films containing concentrations of 1, 2, 3, 4 and 5 at.% Dy
atom were prepared via chemical spray route on glass substrates. The constructed thin films …

In the present work, for the first time, we report γ-MnS films with a 3D microsphere
morphology prepared through a chemical bath deposition technique at low temperature …

Here, we demonstrate efficient electrochemical detection of glucose in blood serum using
CdS nanoribbons coated indium Tin Oxide (ITO) electrode. Main appeal of this work is to …

In the present study, a novel modification is introduced in the dipping process of the SILAR
(successive ionic layer adsorption and reaction) technique which is one of the important …

Abstract Pure, Barium and Nickel doped cadmium sulphide (CdS) thin films have been
coated on glass substrates at 400° C by spray pyrolysis technique. The prepared CdS and …