It is known that thermal annealing of Ti and amorphous (alpha) Si first results in an amorphous silicide, after which the crystalline disilicide grows under diffusion control. The situation with respect to the reaction of Ti with crystalline (x) Si is much less clear. We have investigated the reaction of Ti with xSi with (high resolution) cross-section transmission electron microscopy and in-situ Rutherford backscattering spectroscopy. It is shown that an amorphous silicide can also be formed on crystalline Si. The presence of this amorphous silicide as a precursor to the C49TiSi2 phase is suggested to be an important issue in the nucleation and growth of the disilicide
X-ray diffraction (XRD) was performed in situ during annealing of a Co/Ti/Si(001) multilayer, which ...
A bilayered CoTi silicide structure consisting of an amorphous CoTi silicide and a highly textured C...
Thin Ti layers (≈10nm) are grown on top of a clean Si(111) substrate. Heating these layers initiates...
It is known that thermal annealing of Ti and amorphous (alpha) Si first results in an amorphous sili...
It is known that thermal annealing of Ti and amorphous (alpha) Si first results in an amorphous sili...
Kinetics and mechanisms of metastable (C49-TiSi$\sb2)$ and stable titanium disilicides (C54-TiSi$\sb...
Kinetics and mechanisms of metastable (C49-TiSi$\sb2)$ and stable titanium disilicides (C54-TiSi$\sb...
The C49ÞC54 TiSi polymorphic transformation has been investigated trying to elucidate the relative r...
The microstructure and kinetics of the polymorphic C49 to C54-TiSi2 phase transformation have been s...
In a previous paper [Appl. Surface Sci. 40 (1990) 333], we have reported the results of a spectrosco...
[[abstract]]Titanium silicide was formed on the top of Si wafers by arsenic ion beam mixing and rapi...
Silicide formation with Ti deposited on single crystal Si and Ti deposited on amorphous Si layers se...
Silicide formation with Ti deposited on single crystal Si and Ti deposited on amorphous Si layers se...
The kinetics and mechanism of the C49-C54 polymorphic transformation in titanium disilicides thin fi...
The kinetics and mechanism of the C49-C54 polymorphic transformation in titanium disilicides thin fi...
X-ray diffraction (XRD) was performed in situ during annealing of a Co/Ti/Si(001) multilayer, which ...
A bilayered CoTi silicide structure consisting of an amorphous CoTi silicide and a highly textured C...
Thin Ti layers (≈10nm) are grown on top of a clean Si(111) substrate. Heating these layers initiates...
It is known that thermal annealing of Ti and amorphous (alpha) Si first results in an amorphous sili...
It is known that thermal annealing of Ti and amorphous (alpha) Si first results in an amorphous sili...
Kinetics and mechanisms of metastable (C49-TiSi$\sb2)$ and stable titanium disilicides (C54-TiSi$\sb...
Kinetics and mechanisms of metastable (C49-TiSi$\sb2)$ and stable titanium disilicides (C54-TiSi$\sb...
The C49ÞC54 TiSi polymorphic transformation has been investigated trying to elucidate the relative r...
The microstructure and kinetics of the polymorphic C49 to C54-TiSi2 phase transformation have been s...
In a previous paper [Appl. Surface Sci. 40 (1990) 333], we have reported the results of a spectrosco...
[[abstract]]Titanium silicide was formed on the top of Si wafers by arsenic ion beam mixing and rapi...
Silicide formation with Ti deposited on single crystal Si and Ti deposited on amorphous Si layers se...
Silicide formation with Ti deposited on single crystal Si and Ti deposited on amorphous Si layers se...
The kinetics and mechanism of the C49-C54 polymorphic transformation in titanium disilicides thin fi...
The kinetics and mechanism of the C49-C54 polymorphic transformation in titanium disilicides thin fi...
X-ray diffraction (XRD) was performed in situ during annealing of a Co/Ti/Si(001) multilayer, which ...
A bilayered CoTi silicide structure consisting of an amorphous CoTi silicide and a highly textured C...
Thin Ti layers (≈10nm) are grown on top of a clean Si(111) substrate. Heating these layers initiates...