In this work, a novel intermediate-size porous silicon (intermediate-PS) gas sensor was
prepared successfully by electrochemical etching method. The morphology and geometry of …

This article aims to improve the opto-electronic properties of porous silicon (PS) to integrate
it as an anti-reflecting coating in solar cell applications. The enhancement of its properties is …

Thin films with tunable porosity are of high interest in applications such as gas sensing and
antireflective coatings. We report a facile and scalable method to fabricate ZnO electrodes …

In this paper, a kind of novel p-type intermediate size porous silicon (Intermediate-PS) with
large specific surface area and highly ordered pore channel was successfully prepared by a …

Microarrays of spatially isolated chemistries on planar surfaces are powerful tools. An
important factor in microarray technology is the density of chemically unique spots that can …

This paper describes characterization of mechanical properties of porous silicon (PS) layers
with different porosities using high resolution XRD. The XRD measurement determined …

This paper presents a method to improve the stability of porous silicon structures by
electrochemical deposition of silicon capping. Porous silicon is formed by pulse …

With the number of MEMS based applications utilizing porous silicon increasing, it has
become more important to know the mechanical properties of the material. Using …

The Vickers microhardness values of two different sets of porous silicon layers were
determined at applied load of 98 mN. The sets consisted of Boron-doped substrates …

Nanoporous structures etched into silicon wafers possess versatile and predictable
morphology at nanometer scales. Loading these pore structures with an oxidising agent in a …