Resistive gas sensors are used widely for the detection of toxic gases. ZnO nanofibers (NFs)
with a one-dimensional morphology, high electron mobility, and rough surfaces have …

Resistive ZnO sensors play a pivotal role in detecting various gases and vapours due to
their high response, low cost, stability, tunability, and simple fabrication. The sensitivity is …

ZnO hollow fibers (HFs) with a range of wall thicknesses were synthesized by
electrospinning and atomic layer deposition. The effects of the wall thickness of the HFs on …

The porous and hollow nanostructure materials have drawn consideration attention due to
their broader use. Herein, the ZnO/Carbon nanoporous fibers (ZnO/C nanoporous fibers) …

The grain size and crystallinity are important factors in considering the gas sensing
properties of metal oxide based miniaturized gas sensors. This study reports the effects of …

The influence of hollowness variations on the gas-sensing performance of ZnO hollow fibers
(Hfs) was investigated by varying their hole diameter. The hole diameter of the ZnO Hfs was …

Background: A sensing material of zinc oxide (ZnO) was investigated for its use in the
electrospun nanofibers for gas sensing. The metal oxide semiconductor gas sensor …

Herein, we investigated the H 2 S gas sensing capabilities of ZnO nanofibers (NFs)
prepared via the electrospinning method following La-doping and post-annealing treatment …

ZnO nanofibers were synthesized using an electrospinning method with polyvinyl alcohol
and zinc acetate as precursor materials. The ZnO nanofibers of a polycrystalline nature were …

As a kind of toxic gas, NO 2 can cause damages to the environment and threaten the health
of human beings. To develop highly sensitive NO 2 gas sensor is necessary. Here, the Rh …