Study of Cyclability Enhanced by Nitrogen Doping for Digital Versatile Disk-Random Access Memory Media
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概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 2002-12-15
著者
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Huang Min-hui
R&d Division Media Business Group Ritek Corporation
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WANG Wei-Hsiang
R&D Division, Media Business Group, Ritek Corporation
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UN Ming-Huang
R&D Division, Media Business Group, Ritek Corporation
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LU Tung-Kuei
R&D Division, Media Business Group, Ritek Corporation
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HIS Wei-Chen
R&D Division, Media Business Group, Ritek Corporation
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HUANG Min-Hui
R&D Division, Media Business Group, Ritek Corporation
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TSAI Hui-Fang
R&D Division, Media Business Group, Ritek Corporation
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CHUANG Jei-Ming
R&D Division, Media Business Group, Ritek Corporation
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WANG Shyh-yeu
R&D Division, Media Business Group, Ritek Corporation
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Tsai Hui-fang
R&d Division Media Business Group Ritek Corporation
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Lu Tung-kuei
R&d Division Media Business Group Ritek Corporation
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His Wei-chen
R&d Division Media Business Group Ritek Corporation
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Un Ming-huang
R&d Division Media Business Group Ritek Corporation
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Wang Wei-hsiang
R&d Division Media Business Group Ritek Corporation
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Chuang Jei-ming
R&d Division Media Business Group Ritek Corporation
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Wang Shyh-yeu
R&d Division Media Business Group Ritek Corporation
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Lin Ming-Huang
R&D Division, Media Business Group, Ritek Corporation
関連論文
- Study of Cyclability Enhanced by Nitrogen Doping for Digital Versatile Disk-Random Access Memory Media
- Functional Structures of AgO_x Thin Film for Near-Field Recording
- Rewritable and Initialization-Free AgOx-Type Super-Resolution Optical Recording Medium
- Functional Structures of AgOx Thin Film for Near-Field Recording