Efficacious performance of photoactive electrode In:SnO2/Er2S3:In2S3 in a photoelectrochemical system

Advancing energy and water solutions: Unleashing the potential of Nd2S3:Ni9S8 thin film for supercapacitors and sustainable water purification

“…Notably, according to excellent specific capacitance values, this research has demonstrated the exceptional performance of metal sulfides in supercapacitance. 21 The results of these experiments highlight the potential of metal sulfides, especially bi compositions, as prospective contenders for improving energy storage and conversion technologies. Metal sulfides' remarkable electrochemical qualities open the door for the creation of effective and high-performance devices, which will help to meet the rising demand for sustainable and clean energy solutions.…”

“…19 The potential of metal sulfides in solar cells, photocatalytic water splitting, and electrochemical energy storage systems like batteries and supercapacitors has been the subject of several investigations. 20 Bi-metal sulfide thin films have been the subject of synthesis and characterization research that has shed important light on their electrochemical characteristics, which have been evaluated using methods like cyclic voltammetry. Notably, according to excellent specific capacitance values, this research has demonstrated the exceptional performance of metal sulfides in supercapacitance.…”

Transforming energy and water landscapes with MnS2:Ni9S8:Co3S4: A promising paradigm for a sustainable future

“…The distinctive characteristics of metal sulfides have positioned them as highly desirable materials with significant potential for technological advancements in various applications [16]. Synthesis and characterization studies, with a specific focus on trimetallic sulfide thin films, have provided valuable insights into their electrochemical properties, which have been evaluated utilizing techniques such as cyclic voltammetry (CV; [17]). Remarkably, investigations into metal sulfides have demonstrated their exceptional supercapacitive performance, as indicated by notable specific capacitance values [18].…”

Exploring the Photocatalytic and Supercapacitive Potential of CuZr2S4 Thin Films: A Key to Cleaner and Safer Environments

“…[ 18 ] Widespread researches are conducted to discover the capabilities of metal sulfides in energy conversion such as photovoltaic cells and photocatalytic water splitting as well as electrochemical energy‐storage devices, such as batteries and supercapacitors. [ 19 ] Research on metal sulfides has demonstrated remarkable supercapacitive performance, as evidenced by significant specific capacitance values. [ 20 ] These findings underscore the probable significant applications of metal sulfides, particularly bimetallic configurations, as promising candidates for advancing energy‐conversion and energy‐storage systems.…”