Iron silicide thin film formation at low temperatures

The rate kinetics of the formation of compound phases from thin layers of 1000–1500 Å α-Fe deposited onto single-crystal Si have been studied by MeV 4He + backscattering spectrometry. Si is observed to dissolve into the thin α-Fe layer before compound formation. A compound layer of FeSi is produced...

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Published inThin solid films Vol. 25; no. 2; pp. 415 - 422
Main Authors Lau, S.S., Feng, J.S.-Y., Olowolafe, J.O., Nicolet, M.-A.
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.02.1975
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Abstract The rate kinetics of the formation of compound phases from thin layers of 1000–1500 Å α-Fe deposited onto single-crystal Si have been studied by MeV 4He + backscattering spectrometry. Si is observed to dissolve into the thin α-Fe layer before compound formation. A compound layer of FeSi is produced at about 450°C and FeSi 2 formation begins at about 550°C. The (100) surface of Si is slightly more reactive than the (111) surface. An inert diffusion marker of implanted Xe was used to investigate the relative movement of the two species. X-ray diffractometry identifies the structure of the compound species as identical to bulk FeSi and FeSi 2. The compounds formed on both (111) n-Si and (100) n-Si are apparently polycrystalline and untextured.
AbstractList The rate kinetics of the formation of compound phases from thin layers of 1000–1500 Å α-Fe deposited onto single-crystal Si have been studied by MeV 4He + backscattering spectrometry. Si is observed to dissolve into the thin α-Fe layer before compound formation. A compound layer of FeSi is produced at about 450°C and FeSi 2 formation begins at about 550°C. The (100) surface of Si is slightly more reactive than the (111) surface. An inert diffusion marker of implanted Xe was used to investigate the relative movement of the two species. X-ray diffractometry identifies the structure of the compound species as identical to bulk FeSi and FeSi 2. The compounds formed on both (111) n-Si and (100) n-Si are apparently polycrystalline and untextured.
Author Lau, S.S.
Feng, J.S.-Y.
Olowolafe, J.O.
Nicolet, M.-A.
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Snippet The rate kinetics of the formation of compound phases from thin layers of 1000–1500 Å α-Fe deposited onto single-crystal Si have been studied by MeV 4He +...
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Title Iron silicide thin film formation at low temperatures
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