Yoshida Osamu | Kao Corporation Recording And Imaging Science Laboratories
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概要
関連著者
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Kitaori Noriyuki
Kao Corporation Recording And Imaging Science Laboratories
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Yoshida Osamu
Kao Corporation Recording And Imaging Science Laboratories
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KITAORI Noriyuki
Kao Corporation, Recording and Imaging Science Laboratories
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YOSHIDA Osamu
Kao Corporation, Recording and Imaging Science Laboratories
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Yoshida O
Kao Corporation Recording And Lmaging Science Laboratories
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ENDO Katsumi
Kao Corporation, Recording and Imaging Science Laboratories
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Kitaori N
Kao Corporation Recording And Lmaging Science Laboratories
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Kitaori Noriyuki
Kao Corporation, Recording and lmaging Science Laboratories
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Yoshida Osamu
Department of Ophthalmology, Kochi Medical School
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Endo Ken
Department Of Chemistry Sophia University
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Endo K
Department Of Chemistry Sophia University
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Endo Katsumi
Department of Chemistry, Sophia University
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Miyamura Takeshi
Kao Corporation Recording And Imaging Science Laboratories
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ISHIKAWA Junko
Kao Corporation, Recording and Imaging Science Laboratories
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Ishikawa Junko
Kao Corporation Recording And Imaging Science Laboratories
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NAGAI Satoshi
Kao Corporation, Recording and lmaging Science Laboratories
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ISHIKAWA Akira
Kao Corporation, Recording and lmaging Science Laboratories
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MIZUNOYA Hirohide
Kao Corporation, Recording and Imaging Science Laboratories
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Mizunoya Hirohide
Kao Corporation Recording And Imaging Science Laboratories
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Nagai Satoshi
Kao Corporation Recording And Lmaging Science Laboratories
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Ishikawa Akira
Kao Corporation Recording And Lmaging Science Laboratories
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Miyamura Takeshi
Kao Corporation, Recording and Imaging Science Laboratories, 2606 Akabane, Ichikai-machi, Haga, Tochigi 321-34, Japan
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Endo Katsumi
Kao Corporation, Recording and Imaging Science Laboratories, 2606 Akabane, Ichikai-machi, Haga, Tochigi 321-34, Japan
著作論文
- Changes in Raman Spectra with Deposition Conditions and Plasma Treatment of Diamond Like Carbon Thin Films
- Analysis of Columnar Microstructure in Fe-N Thin Films Prepared by an Ion-Assisted Vapor Deposition Method
- The Application of a Carbon Protective Layer to Metal Evaporated Tape
- Control of Surface Oxidation Layer Thickness in Metal Evaporated Tapes
- Optimum Thickness of Magnetic Layer for Short-Wavelength Magnetic Recording
- Changes in Raman Spectra with Deposition Conditions and Plasma Treatment of Diamond Like Carbon Thin Films