The ion-induced intermixing of atoms between a thin metal film (Ni, Nb, Mo and Ti) and its silicon substrate was investigated. With a dose ranging from 5 ?? 1014 to 5 ?? 1016 Xe2+ cm-2 at an implantation temperature from LN2T to 400??C, many crystal silicide phases were formed. Differences from predicted behavior have been formed. At high ion dosages, the sequence of the phase transformation is influenced. Some possible explanations are given.Materials Science, MultidisciplinaryPhysics, AppliedSCI(E)EI0ARTICLE2-4191-1933
Ni silicide synthesis by Ni ion beam irradiation into Si attracts attention due to its advantages in...
An unusual Ni distribution with two completely separated buried and surface silicide layers has been...
The formation mechanism of MoSi2 layers fabricated by implanting arsenic ions through 40-70nm of mol...
We report on the growth of thin NiSi films via the thermal reaction of Ni layers (13-35 nm) with Si(...
Mixing kinetics and phase transformation in La/Si and Ce/Si bilayers were investigated by Ar ion bea...
The phase transformations in a number of ion‐implanted and subsequently annealed silicides have been...
The phase transformations in a number of ion‐implanted and subsequently annealed silicides have been...
An unusual Ni distribution with two completely separated buried and surface silicide layers has been...
The following topics were dealt with: silicide formation, ion beam effects, phase formation, energy ...
Surface modifications induced by Ar bombardment on Ni silicides have been investigated with the use ...
Surface modifications induced by Ar bombardment on Ni silicides have been investigated with the use ...
Nickel silicide formation during the annealing of very high dose (≥4.5 x 10^17 ions/cm^2) Si i...
Silicide formation and ion beam mixing of Fe/Si bilayers due to Ar-, Xe- and Au-ion irradiations at ...
The formation of Ni silicides has been successfully synthesized by ion beam mixing. Thin nickel film...
Silicide formation and ion beam mixing of Fe/Si bilayers due to Ar-, Xe- and Au-ion irradiations at ...
Ni silicide synthesis by Ni ion beam irradiation into Si attracts attention due to its advantages in...
An unusual Ni distribution with two completely separated buried and surface silicide layers has been...
The formation mechanism of MoSi2 layers fabricated by implanting arsenic ions through 40-70nm of mol...
We report on the growth of thin NiSi films via the thermal reaction of Ni layers (13-35 nm) with Si(...
Mixing kinetics and phase transformation in La/Si and Ce/Si bilayers were investigated by Ar ion bea...
The phase transformations in a number of ion‐implanted and subsequently annealed silicides have been...
The phase transformations in a number of ion‐implanted and subsequently annealed silicides have been...
An unusual Ni distribution with two completely separated buried and surface silicide layers has been...
The following topics were dealt with: silicide formation, ion beam effects, phase formation, energy ...
Surface modifications induced by Ar bombardment on Ni silicides have been investigated with the use ...
Surface modifications induced by Ar bombardment on Ni silicides have been investigated with the use ...
Nickel silicide formation during the annealing of very high dose (≥4.5 x 10^17 ions/cm^2) Si i...
Silicide formation and ion beam mixing of Fe/Si bilayers due to Ar-, Xe- and Au-ion irradiations at ...
The formation of Ni silicides has been successfully synthesized by ion beam mixing. Thin nickel film...
Silicide formation and ion beam mixing of Fe/Si bilayers due to Ar-, Xe- and Au-ion irradiations at ...
Ni silicide synthesis by Ni ion beam irradiation into Si attracts attention due to its advantages in...
An unusual Ni distribution with two completely separated buried and surface silicide layers has been...
The formation mechanism of MoSi2 layers fabricated by implanting arsenic ions through 40-70nm of mol...