Efficient electronic sensors for detection of volatile organic compounds are increasingly in
great demand due to its indispensable utilization in healthcare and environment monitoring …

The main disadvantage of metal oxide semiconductor sensors is their poor selectivity to
different gases having similar (reducing or oxidizing) nature. Taking two strong interference …

The rational design of heterostructures is highly important for innovative sensor technology
to acquire efficient gas detection with optimized gas sensing properties. In the present work …

The advent of SnO 2 materials has significantly revolutionized semiconductor gas sensors.
However, their high working temperature, sluggish response/recovery velocities, poor …

Lanthanum ferrite nanofibers were electrospun from a chemical sol and calcined at 600° C
to obtain single-phase LaFeO3 (LFO) perovskite. High-resolution transmission electron …

Abstract Tubular ZnO–Co 3 O 4 nanofibers were co-electrospun from polymer solution
containing zinc and cobalt acetates. Phase composition, cobalt electronic state and element …

In this paper, an amperometric gas sensor based on proton exchange membrane (Nafion)
was fabricated for H 2 S detection at room temperature. Pt-Rh nanoparticles loaded on …

The nature of the constituent components of composite materials can significantly affect the
character of their interaction with the gas phase. In this work, nanocrystalline In2O3 was …

A two-step procedure was implemented to obtain tungsten oxide nanowires (WO 3) doped
with cobalt oxide nanoparticles employing W (CO) 6 and the metal-organic precursor Co …

SnO2 nanowires (NWs) are used in gas sensors, but their response to highly toxic gas H2S
is low. Thus, their performance toward the effective detection of low-level H2S in air should …