Development and fabrication of a novel gas sensor with superb performance are crucial for
enabling real-time monitoring of ethylene (C2H4) and formaldehyde (H2CO) emissions from …

Recent discovery of ultrathick MoSi2N4 (MoN) n monolayers open up an exciting platform to
engineer two‐dimensional (2D) material properties via intercalation architecture. In this …

In this work, thermoelastic analysis of finite length functionally graded (FG) cylinders
reinforced by single‐walled wavy carbon nanotube is investigated by a mesh‐free method …

AM2X4 crystalline materials display important technological electronic, optical and magnetic
properties that are sensitive to general stress effects. In this paper, the behavior under …

The energy band alignment and photocatalytic performance of α‐In2Se3/g‐C3N4
heterojunctions of two configurations (A and B) are studied through first‐principles …

Heterostructures, owing to their synergistic effects between the layers, have prompted
interest as they supply the essential physical properties for extensive potential applications …

Using Monte Carlo simulation and mean field approximation, we studied the magnetic
properties of spin-3/2 chain with hexagonal spin-1/2 shell and negative core-shell exchange …

With the development of smaller transistors in the last decades, electronic technology has
made great strides. However, by reducing the size of transistors, scientists theoretically and …

Thin films of a variety of materials have shown great potential in the fields of
microelectronics, catalysis, and energy applications. Vapor deposition methods, including …

Abstract Structure of the carbon nanotubes (CNTs) caps controls the structure of their walls
(zigzag, armchair, and chiral types), ie, the isomerism of CNTs. The latter is crucial for the …