This work aims at controlling the deposition process of silicon oxynitride thin films by reactivesputtering from a silicon target. It is also focused on some correlations between structural andoptical properties of the films in order to produce antireflective multilayers. SiNy and SiOx films aresputter deposited by three different reactive processes. A continuous reactive gas injection(conventional process: CP) or a periodical supply by means of exponential pulses is implemented(RGPP process). The third process is based on a controlled orientation of the substrate (GLADtechnique). These films are analyzed by electronic spectroscopy and electronic microscopy forcomposition and morphology, respectively. The optical properties are determined b...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This work is based on the analysis and optimization of an alternative material to replace metallic i...
Wafer manufacturing produces large amounts of solar-grade silicon waste that is not currently recove...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
The aim of this work is to study the structural, optical and electrical properties of silicon oxynit...
The aim of this work is to study the structural, optical and electrical properties of silicon oxynit...
This thesis deals the study of deposition conditions 'effect on the microstructure and optical prope...
This work is based on the analysis and optimization of an alternative material to replace metallic i...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
Since several technological nodes, the scaling of Metal-Oxide-Semiconductor field effect transistors...
Wafer manufacturing produces large amounts of solar-grade silicon waste that is not currently recove...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This work is based on the analysis and optimization of an alternative material to replace metallic i...
Wafer manufacturing produces large amounts of solar-grade silicon waste that is not currently recove...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
This work aims at controlling the deposition process of silicon oxynitride thin films by reactivespu...
The aim of this work is to study the structural, optical and electrical properties of silicon oxynit...
The aim of this work is to study the structural, optical and electrical properties of silicon oxynit...
This thesis deals the study of deposition conditions 'effect on the microstructure and optical prope...
This work is based on the analysis and optimization of an alternative material to replace metallic i...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
Since several technological nodes, the scaling of Metal-Oxide-Semiconductor field effect transistors...
Wafer manufacturing produces large amounts of solar-grade silicon waste that is not currently recove...
This thesis presents a study of the effect of chromium doping on structural, electrical and optical ...
This work is based on the analysis and optimization of an alternative material to replace metallic i...
Wafer manufacturing produces large amounts of solar-grade silicon waste that is not currently recove...