- A partir de la RBS et de la diffraction X, nous montrons qu'au dessus d'une épaisseur critique de W (inférieure à 2000 Å), WSi2 couvert par γ WN peut être formé par recuit sous NH3 au dessus de 800° C de films de W déposés sur C-Si. La résistivité du γ WN est ~ 100µΩ-cm.- From Rutherford Backscattenng and X-ray diffraction we show that above a critical W thickness (< 2000 Å), WSi2 covered by γ WN can be formed by annealing under NH3 of W films deposited on C-Si. Its resistivity is ~ 100µΩ-cm
We show that the thermal instability that is observed in Schottky diodes with an Al film on NiSi con...
W1.5N films grown by ALD from WF6, NH3, C2H4 and SiH4 as precursors were tested as Cu diffusion barr...
[[abstract]]A structure of W–Ti/CoSi2/Si can be formed from an appropriate metallization system of W...
W-Si-N thin films were deposited via rf-magnetron sputtering from a W5Si3 target in Ar/N-2 reactive ...
Reactively sputtered tungsten nitride (WxN1–x) layers are investigated as diffusion barriers between...
The WNx films were deposited by two types of sputtering system: (1) rf magnetron sputtering system, ...
The thermal stability of reactively sputtered tungsten–nitrogen alloy thin films is investigated for...
The thermal stability of rf magnetron sputtered tungsten boron nitride (W-B-N) thin films has been i...
Tungsten nitride (WNx) is a potentially strong candidate for Cu diffusion barrier. The WNx. films we...
As-deposited tungsten silicide films have typically high resistivity and require annealing to lower ...
In modern integrated circuits with Cu interconnects a diffusion barrier is used between the dielectr...
Chemical vapor deposited (CVD) tungsten silicide films were formed by a cold wall reactor. These fil...
Refractory ternary nitride films for diffusion barriers in microelectronics have been grown using ch...
The integration of copper (Cu) and dielectric materials has been outlined in the International Techn...
Polycrystalline thin films of W–C were deposited on single-crystal Si or SiO2 substrates by rf plana...
We show that the thermal instability that is observed in Schottky diodes with an Al film on NiSi con...
W1.5N films grown by ALD from WF6, NH3, C2H4 and SiH4 as precursors were tested as Cu diffusion barr...
[[abstract]]A structure of W–Ti/CoSi2/Si can be formed from an appropriate metallization system of W...
W-Si-N thin films were deposited via rf-magnetron sputtering from a W5Si3 target in Ar/N-2 reactive ...
Reactively sputtered tungsten nitride (WxN1–x) layers are investigated as diffusion barriers between...
The WNx films were deposited by two types of sputtering system: (1) rf magnetron sputtering system, ...
The thermal stability of reactively sputtered tungsten–nitrogen alloy thin films is investigated for...
The thermal stability of rf magnetron sputtered tungsten boron nitride (W-B-N) thin films has been i...
Tungsten nitride (WNx) is a potentially strong candidate for Cu diffusion barrier. The WNx. films we...
As-deposited tungsten silicide films have typically high resistivity and require annealing to lower ...
In modern integrated circuits with Cu interconnects a diffusion barrier is used between the dielectr...
Chemical vapor deposited (CVD) tungsten silicide films were formed by a cold wall reactor. These fil...
Refractory ternary nitride films for diffusion barriers in microelectronics have been grown using ch...
The integration of copper (Cu) and dielectric materials has been outlined in the International Techn...
Polycrystalline thin films of W–C were deposited on single-crystal Si or SiO2 substrates by rf plana...
We show that the thermal instability that is observed in Schottky diodes with an Al film on NiSi con...
W1.5N films grown by ALD from WF6, NH3, C2H4 and SiH4 as precursors were tested as Cu diffusion barr...
[[abstract]]A structure of W–Ti/CoSi2/Si can be formed from an appropriate metallization system of W...