Phenomena of electrical and optical properties in porous silicon (PSi) remain interested. In
this study, we focus on fabrication of PSi on N-type Si (100) surface using photolithography …

The objective of this study is to investigate the effects of incorporating negatively charged
core–shell type SiOx/PS (silicate core/polystyrene shell) nanoparticles on the mechanical …

Porous silicon (PSi) has developed for many applications such as gas and humidity sensors.
Various methods are available to fabricate PSi, and electrochemical anodization is common …

In this work, based on the Lambert W-function and a single-diode five-parameter model, the
electrical characteristics of the macro-porous silicon-based dye-sensitized solar cell (PSi …

Abstract Porous Silicon (PSi) is an ideal material to build biosensors due to its large surface
area and biocompatibility. However, it lacks of selectivity. By adhering bilayer lipids, active …

Abstract Porous silicon (PSi) on Si (111) surface has been fabricated by electrochemical
anodization method. Si surface was anodized in HF and ethanol solution. Anodization time …

This paper presents the results of an investigation into the isoamperic point of cyclic
voltammograms, which is defined as the singular point where the voltammograms of various …

Porous silicon (PSi) has been fabricated by photolithography and Reactive Ion Etching (RIE)
with various etching times in the previous study. The PSi surfaces have the pore size in the …

Uniform arrays of square-based germanium (Ge) pyramids on the surface of crystalline p-
type germanium wafers are presented in this work. Double-cell electrochemical etching …

Silicon surface nanostructures, which can be easily prepared by electrochemical etching,
have attracted considerable attention because of its useful physical properties that facilitate …