Surface Plasmon Enhancement Effect and Its Application to Near-Field Optical Recording(Optical Head and Novel Recording Methods)

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概要

• 論文の詳細を見る

• We studied on enhanced photon-tunneling and the near-field enhancement effect for a nano-scale aperture with a concentric surface plasmon resonance structure. About two-orders larger light transmission and an enhanced near-field were achieved by optimizing the grating structures. This enhanced near-fild was applied to optical recording, and about 100-nm recorded patterns were successfully made on phase change media. This surface plasmon optics would open up the ultra-high-density recording technology.

• 社団法人日本磁気学会の論文
• 2004-11-01

著者

• Linke R.

  Nec Laboratories America Inc.

• Nakada M

  Fundamental And Environmental Res. Labs. Nec Corporation

• Fujikata J.

  Fundamental and Environmental Res. Labs., NEC Corporation

• Ishi T.

  Fundamental and Environmental Res. Labs., NEC Corporation

• Yokota H.

  Fundamental and Environmental Res. Labs., NEC Corporation

• Kato K.

  Fundamental and Environmental Res. Labs., NEC Corporation

• Yanagisawa M.

  Fundamental and Environmental Res. Labs., NEC Corporation

• Nakada M.

  Fundamental and Environmental Res. Labs., NEC Corporation

• Ishihara K.

  Fundamental and Environmental Res. Labs., NEC Corporation

• Ohashi K.

  Fundamental and Environmental Res. Labs., NEC Corporation

• Thio T.

  NEC Laboratories America, Inc.

• Thio T.

  Nec Laboratories America Inc.

• Fujikata J.

  Fundamental And Environmental Res. Labs. Nec Corporation

• Ishi T.

  Fundamental And Environmental Res. Labs. Nec Corporation

関連論文

• Surface Plasmon Enhancement Effect and Its Application to Near-Field Optical Recording(Optical Head and Novel Recording Methods)
• Development of Miniaturized Thin-Film Magnetic Field Probes for On-Chip Measurement

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