SAKATA Tadafumi | Optics Technology Division, Takatsuki Laboratory, Minolta Co., Ltd.

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概要

• SAKATA Tadafumiの詳細を見る
• 同名の論文著者
• Optics Technology Division, Takatsuki Laboratory, Minolta Co., Ltd.の論文著者

関連著者

• Ueda H

  Optics Technology Division Takatsuki Laboratory Minolta Co. Ltd.

• HATANO Hiroshi

  Optics Technology Division, Takatsuki Laboratory, Minolta Co., Ltd.

• SAKATA Tadafumi

  Optics Technology Division, Takatsuki Laboratory, Minolta Co., Ltd.

• OGURA Kazuyuki

  Optics Technology Division, Takatsuki Laboratory, Minolta Co., Ltd.

• UEDA Hiroaki

  Optics Technology Division, Takatsuki Laboratory, Minolta Co., Ltd.

• Ueda Hiroaki

  Optics Technology Division Takatsuki Laboratory Minolta Co. Ltd.

• Haga Hiroko

  Division Of Clinical Chemistry Niigata Cancer Center Hospital

• Ogura Kazuyuki

  Optics Technology Division Takatsuki Laboratory Minolta Co. Ltd.

• Ogura Kazuyuki

  Optical R&d Center Konica Minolta Opto Inc.

• Hatano H

  Yakult Central Institute For Microbiological Research

• Hatano Hiroshi

  Optics Technology Division Takatsuki Laboratory Minolta Co. Ltd.

• Sakata Tadafumi

  Optics Technology Division Takatsuki Laboratory Minolta Co. Ltd.

• Hatano Hiroshi

  Optical R&d Center Konica Minolta Opto Inc.

• Ueda Hiroaki

  Optics Technology Division Minolta Co. Ltd.

• HOSHINO Takayuki

  Optics Technology Division, Takatsuki Laboratory, Minolta Co., Ltd.

• HASHIMURA Junji

  Optical System Operations, Minolta Co., Ltd.

• Kuiseko Manami

  Engineering Division, Optical System Center, Minolta Co., Ltd.

• Ojima Seishi

  Optics Technology Division, Takatsuki Lab., Minolta Co., Ltd.

• Hashimura Junji

  Optical System Operations Minolta Co. Ltd.

• Ojima S

  Minolta Co. Ltd. Osaka Jpn

• Ojima Seishi

  Optics Technology Division Minolta Co. Ltd.

• Kuiseko Manami

  Engineering Division Optical System Center Minolta Co. Ltd.

• Hoshino Takayuki

  Optics Technology Division Takatsuki Laboratory Minolta Co. Ltd.

もっと見る 閉じる

著作論文

• Plano-Convex Solid Immersion Mirror with a Small aperture for Near-field Optical Data Storage
• Near-Field Optical Readout Using a Plano-Convex Solid Immersion Mirror with a Small Aperture
• Near-field Optical Data Storage Using a Plano-Convex Solid Immersion Mirror with a Small Aperture

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