2D and nanostructured metal sulfide materials are promising in the advancement of several
gas sensing applications due to the abundant choice of materials with easily tunable …

Metal oxide thin‐film transistors have been continuously researched and mass‐produced in
the display industry. However, their phototransistors are still in their infancy. In particular …

Nanomaterials with exceptional physical and chemical properties are the key to the success
of the next generation of gas sensor technology, which is expected to have special features …

Heterostructure has triggered a surge of interest due to its synergistic effects between two
different layers, which contributes to desirable physical properties for extensive potential …

In this work, a thin-film transistor gas sensor based on the pN heterojunction is fabricated by
stacking chemical vapor deposition-grown tungsten disulfide (WS2) with a sputtered indium …

High-performance formaldehyde (HCHO) sensors are highly desirable for environmental
gas monitoring and industrial gas analysis. Herein, an HCHO sensor featuring an excellent …

In this paper, a coral-like tin diselenide/MOFs-derived flower-like tin dioxide (SnSe 2/SnO 2)
nanocomposite film sensor was fabricated by hydrothermal method for NO 2 gas detection …

Over the past several years, a variety of hardware‐based artificial sensory systems,
including artificial skin, electronic noses, and artificial retinas, have attracted considerable …

Enhancing the reliability and sensitivity of gas sensors based on FETs has been of extensive
concern for their practical application. However, few reports are available on nanofiber FET …

Nanocrystalline metal oxide thin films offer toxic gas sensing with higher sensitivity at lower
temperature compared to their bulk counter parts leading to miniaturization of the sensors …