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 …

Humidity sensing by porous silicon (PS) layer is commonly reported either by capacitive
sensing or by conductive sensing. A critical analysis of both capacitive and conductive …

Mesoporous zirconium oxides were obtained using the polymeric sol–gel procedure. The
synthesis was carried out in the presence of two series of surfactants, namely, N (Cn) 4Br …

The influence of illumination intensity and p-type silicon doping level on the dissolution rate
of Si and total current by photo-assisted etching was studied. The impact of etching duration …

Porous silicon (PSi) gained a lot of significance lately as a biosensor due to its significantly
high absorption capacity, easily modulable porosity, and its biocompatibility. In this work, the …

Control of the surface areas of the calcined zirconium (iv) oxides arises from the extent of
equilibration permitted between the hydrolysed zirconyl oxychloride and the surfactant prior …

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 …

In this paper, a multi-parametric optical glucose sensor based on nano-structured porous
silicon (PSi) has been reported. The surface of the nano-PSi has been functionalized by …

The structure of electrodes in the electrochemical formation cell of porous silicon greatly
influences the planar uniformity of the porous silicon layer. In this paper a systematic study of …

The fabrication and characterization of bimodal nanoporous silicon films with retained
magnesium, achieved through a novel approach utilizing free corrosion dealloying of …