Porous silicon (PSi) is used as an effective material in biomedicine, sensors, solar cells,
electrochemical energy, microelectronics, and nanotechnology. Considering the …

This chapter presents the technique in producing the nanoporous silicon membrane using
electrochemical etching technique. Electrochemical etching technique is a self-adjusting …

Nanopore-based analysis is currently an area of great interest in many disciplines with the
potential for exceptionally versatile applications in medicine. This work presents a novel step …

Electrochemical anodization provides the scalability required for structuring porous silicon
(PSi) layers for mass production; hence, new and feasible processes are highly sought-after …

Especially in recent years, the most important issues that attract attention in the energy
sector are the renewable energy and renewable energy usage areas. In this work, the most …

We describe a highly efficient technique for nanostructuring silicon (Si) wafer surfaces with
high-resolution (< 15 nm) and high aspect ratio (20) structures without any deposition …

Alloy solidification is a two stage process, which starts by nucleation and ends by growth of
solid phases. Subsequently, number, distribution and morphology (dendritic or nondendritic) …