SiO2 layers deposited at temperatures (lower than 700 C) have attracted a great deal of
attention for a large variety of applications, since they can be used for dielectric isolation, a …

This work describes the analysis and fabrication by Low Pressure Chemical Vapor
Deposition of two light-emitting capacitors (LECs) constituted by nanometric multilayers of …

This work is focused on making a correlation between results obtained by using
spectroscopy and microscopy techniques from single and twofold-layer Silicon-Rich Oxide …

Off stoichiometric silicon oxide, also known as silicon-rich oxide (SRO), is a lightemitting
material that is compatible with silicon technology; therefore, it is a good candidate to be …

We experimentally compare the optical and electrical characteristics of Light Emitting
Capacitors (LECs) using textured and polished silicon surface. The goal of this work is …

The photoluminescence properties of silicon nitride and oxide superlattices fabricated by
plasmaenhanced chemical vapor deposition are studied. In the structures annealed at a …

This work reports the morphological, electrical and luminescent characteristics of Light
Emitting Capacitors (LECs) composed by Silicon Rich Oxide (SRO) multilayers. These …

In the present work, photoluminescence spectra of silicon-rich oxide monolayers (SRO 10
and SRO 25) and bilayers (SRO 25/10, SRO 10/25) films deposited on quartz, polysilicon on …

This work studies the monolithic integration on silicon of a light source, an optical waveguide
and a photodetector. The aim is to make a photonic integrated circuit (PIC) using …

On the road to integrated optical circuits, the light emitting device is considered the
bottleneck preventingus from arriving to the fully monolithic photonic system. While the …