Porous silicon (PSi) has received a lot of attention in nanotechnology research in recent
years for its potential use as sensing layers in sensor application. However, there have been …

The importance of silicon nanopore fabrication lies, in part, on being a high demand
emergent technology to make ultrafast DNA sequencing. Other important applications …

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 …

Nowadays, most semiconductor industries apply silicon-based material in developing
advanced electronic device. Concerns with heat management of electronic devices which …

Porous silicon (PSi) was formed on n-type Si (1 0 0) and Si (1 1 1) substrates via the
electrochemical anodization method. The samples were anodized in HF: ethanol solution (1 …

Porous silicon (PSi) was formed on n-type Si (100) substrates using the laser-assisted
electrochemical anodization method. The silicon surface was anodized in the solution of HF …

In recent years, porous silicon (PSi) substrate has been broadly studied by other
researchers for microelectronics development due to its viable physical and chemical …

The photoelectrochemical method using a green laser has been employed in forming PSi on
n-type Si (100) surfaces. The volume ratio of HF and ethanol was varied at 1: 1, 1: 3, and 3: 1 …

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 …

Due to its notable characteristics, porous silicon (PSi) has become the main focus in silicon
upgrades for optoelectronics, medical, and sensor applications. Here, successful vertical …