MXene-conducting polymers have attracted significant research attention as exceptional
electrode materials for energy storage applications. Herein, we report the synthesis of …

This paper investigates the impact of Cd-doping on the structural and optical properties of
electrochemically deposited SnS thin films. The synthesized samples underwent …

Supercapacitors with a commercial-level mass loading of active materials are designed to
offer greater energy storage capacity than conventional supercapacitors. For the first time …

Herein, we report the synthesis of tungsten based nanostructures such as WO3, WO3− x
(W02. 72: WS2), and WS2 through a facile single step hydrothermal technique. The optical …

The present work reports the fabrication and performance studies of supercapacitors using
MnCoSe 2 nanoneedles-based electrodes. The MnCoSe 2 nanoneedles-based …

The ongoing research on the development of promising electrode materials for
supercapacitors seeks to further enhance their energy density values and overall …

Here, SnS thin films having p and n-type conductivity were fabricated using vacuum-free
deposition techniques such as chemical bath deposition (CBD) and chemical spray …

In this paper, a synthesis of SnS thin films using sol-gel spin coating method and
optimization of the parameters influencing the experimental process. Taguchi experiment …

Spray-pyrolysed thin films open the door for both economic and eco-friendly portable device
production. Moreover, the use of earth-abundant elements such as Sn and Cu for the …

Layered semiconductors are promising for new optoelectronic applications due to their
unique optical and electronic properties. This study focuses on the synthesis of thin …