The ability of porous silicon (P-Si) to immobilize biological molecules allows it to be used as
a biosensor. The variations in etching parameters during the electrochemical synthesis of P …

The key aspects of porous silicon manufactured by anodization are reviewed, with the
following subjects being addressed: anodization of different wafer types, wafer cell design …

A method for surface engineering of structural gradients with nanopore topography using the
self-ordering process based on electrochemical anodization of aluminum is described. A …

Porous silicon (PS) samples of different porosities were prepared from a single crystalline p-
type silicon (100) wafer of resistivity 2–5Ωcm by electrochemical anodization using a mixture …

A novel hygrometer is presented, comprising a capacitive humidity sensor with a porous
silicon (PS) dielectric and electronics. The adsorption of water vapor by the PS layer leading …

In this paper stable, low-resistance contacts on porous silicon have been realized by
electroless nickel deposition from a very weakly alkaline solution followed by copper …

Temperature dependent photoluminescence (PL) spectroscopy along with structural
investigations of luminescent porous Si enable us to experimentally distinguish between the …

In this paper, the piezoresistive pressure-sensing property of porous silicon has been
reported. The pressure sensitivity of a porous silicon membrane of 63% porosity and 20-/spl …

Historically, electronics was the first discipline that sought to exploit the unique electrical
properties of porous silicon (PSi) in the mid 70's (1). Then, the capability of PSi to be used …

A stable low resistance aluminium (Al) contact to porous silicon (PS) could be achieved by
chemically modifying PS surface with palladium chloride (PdCl2) solution. Palladium (Pd) …