18.97.14.84
18.97.14.84
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SCIE SCOPUS
Interfacial Reactions in Gold and Nickel Thin Films in ( 111 ) Silicon Single Crystals
윤기현
UCI I410-ECN-0102-2008-580-001864261
This article is 4 pages or less.

Pure nickel and gold thin film were vacuum-deposited on (111) silicon single crystals. When Au/Ni/Si or Ni/Au/Si samples were heated to about 550℃ in situ, hexagonal or deformed hexagonal shaped crystallites were formed on silicon substrates. The formation mechanism and composition of these crystallites were determined by using X-ray diffraction, scanning electron microscopy and scanning Auger micro-probe methods. The crystallites were identified as NiSi₂. The crystallites on the (111) silicon plane parallel to the surface appeared as regular hexagons while the inclined crystallites resembled trapezia. The results of Auger spectra and in-depth composition profiles for Ni. Au and Si showed that the NiSi₂crystallites are islands in a matrix of Au-Si eutectic.

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