Dissertação de mestrado em [Física]The metallic oxynitrides have attracted the attention of many researchers in the last decade due their versatile properties. By controlling the oxide/nitride ratio, the electronic properties of materials can be tuned from those of low resistivity metallic nitrides to those of insulator oxides. In this thesis the optical and electrical properties of AlNxOy and CrNxOy thin films, deposited by DC reactive magnetron sputtering, were investigated and correlated with their compositional and structural features. Depending on the particular deposition parameters that were selected, it was possible to identify different types of films with different growth conditions and physical properties. The optical and elect...
AlNxOy thin films were produced by DC reactive magnetron sputtering, using an atmosphere of ar...
Comunicação oralAluminium oxide (Al2O3) is an insulator material, with high electrical breakdown, la...
In this subchapter is discussed some characteristics and properties of AlOxNy thin films produced by...
Metallic oxynitrides have attracted the attention of several researchers in the last decade due t...
The main purpose of the present work is to study the variation of the optical properties of the AlNx...
The main purpose of the present work is to study the variation of the optical properties of the AlNx...
Apresentação em posterAl2O3 is an insulator material, with high electrical breakdown and large band ...
Metallic (Me) oxynitrides (MeNxOy) are an attractive class of materials due to a unique set of vers...
International audienceDirect current magnetron sputtering was used to produce AlNxOy thin films, usi...
International audienceDirect current magnetron sputtering was used to produce AlNxOy thin films, usi...
International audienceDirect current magnetron sputtering was used to produce AlNxOy thin films, usi...
The aluminium oxynitride system offers the possibility to obtain a wide range of optica...
International audienceDirect current magnetron sputtering was used to produce AlNxOy thin films, usi...
Resumo e posterAluminium, Al, is a metallic material used in a large variety of technological fields...
Chromium oxynitride films CrOxNy were prepared by reactive magnetron sputtering from a chromium targ...
AlNxOy thin films were produced by DC reactive magnetron sputtering, using an atmosphere of ar...
Comunicação oralAluminium oxide (Al2O3) is an insulator material, with high electrical breakdown, la...
In this subchapter is discussed some characteristics and properties of AlOxNy thin films produced by...
Metallic oxynitrides have attracted the attention of several researchers in the last decade due t...
The main purpose of the present work is to study the variation of the optical properties of the AlNx...
The main purpose of the present work is to study the variation of the optical properties of the AlNx...
Apresentação em posterAl2O3 is an insulator material, with high electrical breakdown and large band ...
Metallic (Me) oxynitrides (MeNxOy) are an attractive class of materials due to a unique set of vers...
International audienceDirect current magnetron sputtering was used to produce AlNxOy thin films, usi...
International audienceDirect current magnetron sputtering was used to produce AlNxOy thin films, usi...
International audienceDirect current magnetron sputtering was used to produce AlNxOy thin films, usi...
The aluminium oxynitride system offers the possibility to obtain a wide range of optica...
International audienceDirect current magnetron sputtering was used to produce AlNxOy thin films, usi...
Resumo e posterAluminium, Al, is a metallic material used in a large variety of technological fields...
Chromium oxynitride films CrOxNy were prepared by reactive magnetron sputtering from a chromium targ...
AlNxOy thin films were produced by DC reactive magnetron sputtering, using an atmosphere of ar...
Comunicação oralAluminium oxide (Al2O3) is an insulator material, with high electrical breakdown, la...
In this subchapter is discussed some characteristics and properties of AlOxNy thin films produced by...