After the first visible photoluminescence (PL) from porous silicon (pSi), continuous efforts are
made to fabricate Si‐based compound nanomaterials embedded in matrices such as oxide …

Advanced biosensors in future medicine hinge on the evolvement of biomaterials. Porous
silicon (pSi), a generally biodegradable and biocompatible material that can be fabricated to …

As with all nanomaterials, characterization of the surface chemistry of mesoporous silicon
(PSi) is crucial for the development in its diverse applications. Nuclear magnetic resonance …

We have investigated the effects of oxidation on Raman spectra of porous silicon (PS). Many
Si–H x bonds were indicated in as-anodized PS. Compared to crystalline silicon, the …

Strong white luminescence, visible to naked eye at room temperature, was observed from as
grown SiO x C y thin films without the need of annealing. SiO x C y thin films were prepared …

We investigate the structural, optical and terahertz properties of graphene-mesoporous
silicon nanocomposites using Raman, terahertz time-domain and photoluminescence …

Photoluminescent macroporous silicon is studied for tumor imaging application. Gamma-
radiation is used for modification of morphology of pores and their size. It is shown by …

A photonic crystals (PC) is a medium in which the refractive index or dielectric constant
varies periodically along the whole medium. This structure can be classified in One …

Initial porous silicon (por‐Si), carbonized porous silicon (por‐Si: C), and carbon‐
incorporated porous silicon oxide (por‐SiO2: C) layers are studied by electron paramagnetic …

Porous silicon monolayers with different porosities were produced by etching p-type
crystalline silicon (c-Si) in HF-based electrolytes. Mesoporous structures were achieved in …