GMR Effects and Domain Structures in Granular Magnetic Thin Films Prepared by Pulsed Filtered Arc Co-Deposition
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概要
- 論文の詳細を見る
Granular thin films of Co_xAg_<1-x> and Fe_xAg_<1-x> of various compositions were prepared using a pulsed filtered cathodic arc co-deposition system. The GMR effect in the temperature range from 20K to 300K and the domain structures in these films have been studied. Both the GMR effect and the domain structures of these films show similar features as those reported in the literature for films prepared using the sputter deposition technique. Our results show that the pulsed filtered arc co-deposition method is a promising technique for the fabrication of novel magnetic thin film structures.
- 社団法人電子情報通信学会の論文
- 1999-02-26
著者
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Wong S.p.
Department Of Electronic Engineering And Materials Science And Technology Research Center The Chines
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Ke N
Department Of Electronic Engineering And Materials Science And Technology Research Center The Chines
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Cheung W.y.
Department Of Electronic Engineering And Materials Science And Technology Research Center The Chines
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Cheung W.
Department Of Electronic Engineering & Materials Science And Technology Research Centre The Chin
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Xu J.b.
Department Of Electronic Engineering The Chinese University Of Hong Kong
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Wong S.P.
Corresponding author
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Chiah M.F.
Department of Electronic Enginneering The Chinese University of Hong Kong
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Ke N.
Department of Electronic Enginneering The Chinese University of Hong Kong
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Jin Z.Q.
Visiting from Department of Physics and Natinonal Laboratory of Solid State Microstructures, Nanjing
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Wu X.Y.
Visiting from Institute of Low Energy Nuclear Physics, Beijing Normal University
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Wu X.y.
Department Of Electronic Engineering The Chinese University Of Hong Kong
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Jin Z.q.
Visiting From Department Of Physics And Natinonal Laboratory Of Solid State Microstructures Nanjing
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Chiah M.f.
Department Of Electronic Engineering And Materials Science And Technology Research Center The Chines
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Ke N.
Department Of Electronic Engineering And Materials Science And Technology Research Center The Chines
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