cited By 4International audienceThe first stages of NiSi phase formation at the expense of θ-Ni2Si and a Si substrate are investigated by transmission electron microscopy (TEM). These measurements show the presence of a low density of NiSi particles at the θ-Ni2Si/Si(1 0 0) interface and allow their complete shape to be determined. This stage corresponds to the lateral growth of NiSi at the epitaxial θ-Ni2Si/Si(1 0 0) interface. The shape of these particles is in agreement with the predicted models, and the shapes were fitted by an analytical expression derived from the model developed by Klinger et al. © 2015 Acta Materialia Inc. Published by Elsevier Ltd. All rights reserved
Early stages of metal-Si (Ge) compounds growth and the interface atomic structures have been studied...
The growth kinetics of NiSi has been evaluated by depositing a Ni film on and Si substrates. X-ray...
We characterize composition and structure of ultrathin nickel silicide during formation from 3 nm Ni...
cited By 4International audienceThe first stages of NiSi phase formation at the expense of θ-Ni2Si a...
cited By 0International audienceThe nucleation and lateral growth are more and more important steps ...
International audienceThe first stages of the growth of the NiSi phase at the expense of θ-Ni2Si hav...
The reaction between an 11 nm Ni(10 at.% Pt) film on a Si substrate has been examined by in situ X-r...
reactiv nterfa this ce-cle supp 995 A eived -Ni2Si phase occurs only in thicker Ni films and leads ...
Polycrystalline silicon thin films grown on a Ni prelayer by the metal-induced growth (MIG) techniqu...
Thin single crystal NiSi2 films have been grown epitaxially on the [111] oriented Si tip surface in ...
Local structures of nickel silicide formed by heat treatment of a nickel layer sputtered on silicon ...
Low-temperature solid-state reactions between Ni and Si were studied using in situ transmission elec...
International audienceThe first stages of Ni silicides have been studied by laser assisted atom prob...
Epitaxial NiSi2 thin films are formed by annealing of Ni on sulfur-implanted silicon (100). The atom...
Phase nucleation in sharp concentration gradient and the beginning of phase growth is investigated i...
Early stages of metal-Si (Ge) compounds growth and the interface atomic structures have been studied...
The growth kinetics of NiSi has been evaluated by depositing a Ni film on and Si substrates. X-ray...
We characterize composition and structure of ultrathin nickel silicide during formation from 3 nm Ni...
cited By 4International audienceThe first stages of NiSi phase formation at the expense of θ-Ni2Si a...
cited By 0International audienceThe nucleation and lateral growth are more and more important steps ...
International audienceThe first stages of the growth of the NiSi phase at the expense of θ-Ni2Si hav...
The reaction between an 11 nm Ni(10 at.% Pt) film on a Si substrate has been examined by in situ X-r...
reactiv nterfa this ce-cle supp 995 A eived -Ni2Si phase occurs only in thicker Ni films and leads ...
Polycrystalline silicon thin films grown on a Ni prelayer by the metal-induced growth (MIG) techniqu...
Thin single crystal NiSi2 films have been grown epitaxially on the [111] oriented Si tip surface in ...
Local structures of nickel silicide formed by heat treatment of a nickel layer sputtered on silicon ...
Low-temperature solid-state reactions between Ni and Si were studied using in situ transmission elec...
International audienceThe first stages of Ni silicides have been studied by laser assisted atom prob...
Epitaxial NiSi2 thin films are formed by annealing of Ni on sulfur-implanted silicon (100). The atom...
Phase nucleation in sharp concentration gradient and the beginning of phase growth is investigated i...
Early stages of metal-Si (Ge) compounds growth and the interface atomic structures have been studied...
The growth kinetics of NiSi has been evaluated by depositing a Ni film on and Si substrates. X-ray...
We characterize composition and structure of ultrathin nickel silicide during formation from 3 nm Ni...