The chemical composition and structure of silicon oxynitrides, deposited in low pressure and plasma enhanced chemical vapour deposition processes are discussed. From an extrapolation of the characteristics of plasma grown oxynitrides a model for the deposition of LPCVD material is derived. A main conclusion of this model is that Si-Si bonds have a larger tendency to occur in this material than Si dangling bonds
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...
Silicon oxynitride films were deposited at 150 °C using inductively coupled plasma enhanced chemical...
Silicon oxynitride films were deposited at 150 °C using inductively coupled plasma enhanced chemical...
This work describes the thermodynamic simulation and the experimental investigation of the chemical ...
Silicon oxynitride films have been grown from SiH4, NH3 and O2 gas mixtures by both thermal and plas...
The initial transient phenomenon in plasma processing, an intrinsic and unstable phenomenon of the g...
International audienceThis work describes the thermodynamic simulation and the experimental investig...
International audienceThis work describes the thermodynamic simulation and the experimental investig...
Silicon oxynitride films have been grown from SiH4, NH3 and O2 gas mixtures by both thermal and plas...
International audienceThis work describes the thermodynamic simulation and the experimental investig...
International audienceThis work describes the thermodynamic simulation and the experimental investig...
In this study, the authors deposited silicon oxynitride films by Radio Frequency Plasma Enhanced Che...
In this work, the correlation between BEMA model and FTIR analysis was employed to investigate the c...
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...
Silicon oxynitride films were deposited at 150 °C using inductively coupled plasma enhanced chemical...
Silicon oxynitride films were deposited at 150 °C using inductively coupled plasma enhanced chemical...
This work describes the thermodynamic simulation and the experimental investigation of the chemical ...
Silicon oxynitride films have been grown from SiH4, NH3 and O2 gas mixtures by both thermal and plas...
The initial transient phenomenon in plasma processing, an intrinsic and unstable phenomenon of the g...
International audienceThis work describes the thermodynamic simulation and the experimental investig...
International audienceThis work describes the thermodynamic simulation and the experimental investig...
Silicon oxynitride films have been grown from SiH4, NH3 and O2 gas mixtures by both thermal and plas...
International audienceThis work describes the thermodynamic simulation and the experimental investig...
International audienceThis work describes the thermodynamic simulation and the experimental investig...
In this study, the authors deposited silicon oxynitride films by Radio Frequency Plasma Enhanced Che...
In this work, the correlation between BEMA model and FTIR analysis was employed to investigate the c...
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...
International audienceIn this work, the correlation between BEMA model and FTIR analysis was employe...