VOC has brought a lot of troubles to human life. They are the main factors that cause smog
and photochemical pollution. SnO 2-based gas sensors have many good qualities, such as …

In this paper, we have developed an in-vehicle wireless driver breath alcohol detection
(IDBAD) system based on Sn-doped CuO nanostructures. When the proposed system …

We propose the application of morphological, fractal and multifractal analysis to differentiate
surface patterns on zirconia-based ceramics after laser treatments. Furthermore, we …

We explored the morphological and 3D spatial properties of Cu/Ni thin films obtained by a
co-deposition process. The 3D AFM topographic maps analysis indicated that the films …

Gas sensing is a critical research area in aerospace, military, medical, and industrial
environments, as it helps prevent risks to human health and the environment caused by toxic …

The surge in hazardous volatile organic liquid emissions driven by the rapid growth of the
manufacturing industry has compelled a rising demand for gas sensors, which exhibit …

In this study, we analyze the effect of a uniform external electric field on the sensing behavior
of armchair stanene nanoribbons (ASnNRs) for early detection of lung cancer biomarkers …

We investigated the multifaceted gas sensing properties of porous silicon thin films
electrodeposited onto (100) oriented P-type silicon wafers substrates. Our investigation …

We demonstrate that the plasmonic properties of Au nanodisk structures fabricated by an
electron beam lithography can be improved by very simple heat treatments, and that the …

Today, there is a great interest and desire to design and build thin films with morphologies
that meet different applications and needs, especially in the field of optics, surface science …