The reaction between an 11 nm Ni(10 at.% Pt) film on a Si substrate has been examined by in situ X-ray diffraction (XRD), atom probe tomography (APT) and transmission electron microscopy (TEM). In situ XRD experiments show the unusual formation of a phase without an XRD peak through consumption of the metal. According to APT, this phase has an Si concentration gradient in accordance with the θ-Ni2Si metastable phase. TEM analysis confirms the direct formation of θ-Ni2Si in epitaxy on Si(1 0 0) with two variants of the epitaxial relationship. © 2014 Acta Materialia Inc. Published by Elsevier Ltd. All rights reserved
24th Workshop on Materials for Advanced Metallization held Jointly with the International Interconne...
International audienceDuring the deposition of a Ni film on a Si substrate, an intermixed layer usua...
International audienceThe silicide formation and the redistribution of Pt after deposition and after...
International audienceThe first stages of the growth of the NiSi phase at the expense of θ-Ni2Si hav...
International audienceThe solid state reaction of 50 nm Ni with Si(100) substrate was investigated u...
Polycrystalline silicon thin films grown on a Ni prelayer by the metal-induced growth (MIG) techniqu...
cited By 4International audienceThe first stages of NiSi phase formation at the expense of θ-Ni2Si a...
Low-temperature solid-state reactions between Ni and Si were studied using in situ transmission elec...
We characterize composition and structure of ultrathin nickel silicide during formation from 3 nm Ni...
International audienceThe first stages of Ni silicides have been studied by laser assisted atom prob...
The early formation of NiSi2 has been observed during the solid state reaction between Ni(W,Pt) film...
International audienceAtom probe tomography assisted by femtosecond laser pulses has been performed ...
4He+ backscattering spectrometry and x-ray diffractometry were used to study the formation of Ni and...
International audienceThe NiSi silicide that forms by reactive diffusion between Ni and Si active re...
Understanding phase transitions of ultrathin metal silicides is crucial for the development of nanos...
24th Workshop on Materials for Advanced Metallization held Jointly with the International Interconne...
International audienceDuring the deposition of a Ni film on a Si substrate, an intermixed layer usua...
International audienceThe silicide formation and the redistribution of Pt after deposition and after...
International audienceThe first stages of the growth of the NiSi phase at the expense of θ-Ni2Si hav...
International audienceThe solid state reaction of 50 nm Ni with Si(100) substrate was investigated u...
Polycrystalline silicon thin films grown on a Ni prelayer by the metal-induced growth (MIG) techniqu...
cited By 4International audienceThe first stages of NiSi phase formation at the expense of θ-Ni2Si a...
Low-temperature solid-state reactions between Ni and Si were studied using in situ transmission elec...
We characterize composition and structure of ultrathin nickel silicide during formation from 3 nm Ni...
International audienceThe first stages of Ni silicides have been studied by laser assisted atom prob...
The early formation of NiSi2 has been observed during the solid state reaction between Ni(W,Pt) film...
International audienceAtom probe tomography assisted by femtosecond laser pulses has been performed ...
4He+ backscattering spectrometry and x-ray diffractometry were used to study the formation of Ni and...
International audienceThe NiSi silicide that forms by reactive diffusion between Ni and Si active re...
Understanding phase transitions of ultrathin metal silicides is crucial for the development of nanos...
24th Workshop on Materials for Advanced Metallization held Jointly with the International Interconne...
International audienceDuring the deposition of a Ni film on a Si substrate, an intermixed layer usua...
International audienceThe silicide formation and the redistribution of Pt after deposition and after...