Binary compound antimony sulfide (Sb2S3) with its nontoxic and earth‐abundant
constituents, is a promising light‐harvesting material for stable and high efficiency thin film …

Although there are many studies on photocatalytic environmental remediation, hydrogen
evolution, and chemical transformations, less success has been achieved for the synthesis …

2D semiconductors have emerged as a crucial material for use in next‐generation
optotelectronics. Similar to microelectronic devices, 2D vertical heterostructures will most …

Microbial-mediated transformation of anthropogenic Cd2+ controls its distribution,
bioavailability, and potential risks. However, the processes readily form CdS nanoparticles …

A novel computational screening study of single transition metal (TM), TM-doped, and dual
TMs-doped on CdS (110) surfaces via DFT calculations is presented, focusing on their …

The innovation of 3D FinFETs using top‐down silicon nanofins represents a significant
advancement toward scaling down microchip process nodes to the cutting‐edge 3‐nm level …

To develop catalysts that are efficient and stable under aggressive catalytic conditions, we
detail a synthetic approach to producing zinc-blende cadmium sulfide (CdS) nanocubes …

Abstract 1D core–shell heterojunction nanostructures have great potential for high‐
performance, compact optoelectronic devices owing to their high interface area to volume …

The adsorption and dissociation of H 2 S on CdS surfaces is investigated using dispersion-
corrected density functional theory (DFT-D3) to provide quantum-level insights into their …

Tri-gate transistors offer better performance than planar transistors by exerting additional
gate control over a channel from two lateral sides of semiconductor nanowalls (or “fins”) …