Uniform Ag nano-particles was synthesized within nanoscale pores of oxidized porous silicon (OPS) by a simple solution immersion-thermal decomposition approach,forming the compound structure of Ag/OPS/silicon.

A copper inductor based on oxidized porous silicon(OPS)insulating technology is presented.

Preparation of porous silica with nanofibrous morphology from chrysotile;

The phase-separation theory was used to prepare the porous silica from silicic gel derived from fly ash.

The influence of CTAB concentration on the structure and properties of mesoporous silica films is studied as well.

Fabrication of free standing structure using oxidized porous silicon as sacrificial layers;

The realization of oxidized porous silicon waveguides lens by selectively electrochemical anodisation process is presented.

The technique is based on the use of oxidized porous silicon as sacrificial layer for the air gap and the heavy p+-doping silicon of approximately 15μm thickness for the stiff backplate.

Preparation and photoluminescence of nano-porous oxidized silicon;

Thus the porous oxidized silicon was selected as the optimal solid phase matrix for the purification DNA.

The waveguide directional coupler of oxidized porous silicon fabricated by electrochemical anodisation process;