Papers - Sato Shinya

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  1. Development of a low-cost and miniaturized polarimetric optical fiber strain sensor system using Jones calculus

    Yao Zhao, Lili Yuan and Shinya Sato，Japanese Journal of Applied Physics，vol.58，(1)，(p.012008-1 ～ 012008-7)，2018.12

  2. Development of a polarization strain sensor system via a neural network

    Yao Zhao, Lili Yuan and Shinya Sato，Japanese Journal of Applied Physics，vol.57，(12)，(p.122501-1 ～ 122501-4)，2018.11

  3. Development of a low-cost and miniaturized fiber Bragg grating strain sensor system

    Lili Yuan, Yao Zhao and Shinya Sato，Japanese Journal of Applied Physics，vol.56，(5)，(p.052502-1 ～ 052502-5)，2017.04

  4. Analysis of Solving Multimode-Coupled Equations and Its Improvement for Modulated Fiber Bragg Gratings

    Fatemeh Abrishamian・Shinya Sato・Masaaki Imai，Applied Optics，vol.48，(30)，(p.4031 ～ 4037)，2009.07

  5. Design theory and experiment of acousto-optical tunable filter by use of flexural waves applied to thin optical fiber

    F. Abrishamian, S. Nagai, S. Sato, and M. Imai，Optical and Quantum Electronics，vol.40，(9)，(p.665 ～ 676)，2008.11

  6. Experiments of All-Optical Switching Due to Cross-Phase Modulation in Fiber Grating Coupler by Lock-in Amp. Detection Scheme

    Fatemeh Abrishamian・Keiji Narumi・Shinya Sato・Masaaki Imai，Optics Communications，vol.281，(13)，(p.3561 ～ 3566)，2008.07

  7. Design theory and experiment of acousto-optical tunable filter by use of flexural waves applied to thin optical fiber

    Fatemeh Abrishamian・Shinichi Nagai・Shinya Sato・Masaaki Imai，Optical and Quantum Electronics，vol.40，(9)，(p.665 ～ 676)，2008.07

  8. テーパファイバの有効コア断面積および群速度分散特性

    王朝陽、辻安寧英、曽根宏靖、今井正明、佐藤信也，電子情報通信学会論文誌C，vol.J90-C，(4)，(p.392 ～ 393)，2007.04

  9. An efficient approach for calculating the reflection and transmission spectra of fiber Bragg gratings with acoustically induced microbending

    Fatemeh Abrishamian・Yusuke Nakai・Shinya Sato・Masaaki Imai，Optical Fiber Technology，vol.13，(1)，(p.32 ～ 38)，2007.01

  10. Distributed chromatic dispersion measurement along an optical fiber transmission system with improved correction factor

    Mirza Imran Baig・Toru Miyauchi・Masaaki Imai・Shinya Sato，Optical Engineering，vol.45，(11)，2006.11

  11. A New Method of Solving Multimode Coupled Equations for Analysis of Uniform and Non-Uniform Fiber Bragg Gratings and Its Application to Acoustically Induced Superstructure Modulation

    Fatemeh Abrishamian・Shinya Sato・Masaaki Imai，Optical Review，vol.12，(6)，(p.467 ～ 471)，2005.11

  12. 光ファイバーの3次の非線形光学効果を利用した光スイッチングデバイス

    佐藤信也・今井正明，応用物理，vol.73，(11)，(p.1396 ～ 1401)，2004.11

  13. 超短パルス光で励振した多モード光ファイバーのモード結合特性

    梶本孝夫・佐藤信也・加野裕・今井正明，光学，vol.32，(2)，(p.113 ～ 118)，2003.02

  14. ニューラルネットワークを用いたＦＢＧセンサによる歪み計測－誤差逆伝搬法によるシミュレーション－

    齋藤大介・佐藤信也・今井正明，室蘭工業大学紀要，(52)，(p.141 ～ 147)，2002.11

  15. Reduction of mode-coupling and single-mode excitation in multimode fibers by use of ultra-short optical pulses

    Y. Suzuki・S. Sato・M. Imai，IEE J. Trans. Fundamentals amd Materials，vol.121A，(10)，(p.933 ～ 938)，2001.10

  16. Design of Temperature Independent Add/Drop Filter Using Vertical Coupled ARROW Filter

    S. Suzuki・S Endo・S. Sato・W. Pan・S. T. Chu・Y. Kokubun，Japanese Journal of Applied Physics，vol.39・Part 1，(3B)，(p.1497 ～ 1502)，2000.03

  17. Temperature insensitive vertically coupled microring resonator add/drop filters by means of a polymer overlay

    S. T. Chu・W. Pan・S. Suzuki・B. E. Little・S. Sato・Y. Kokubun，IEEE Photonics Technology Letters，vol.11，(9)，(p.1138 ～ 1140)，1999.09

  18. Wavelength Trimming of a Microring Resonator Filter by Means of a UV Sensitive Polymer Overlay

    S. T. Chu・W. Pan・S. Sato・T. Kaneko・B. E. Little・Y. Kokubun，IEEE Photonics Technology Letters，vol.11，(6)，(p.688 ～ 690)，1999.06

  19. An Eight-Channel Add-Drop Filter Using Vertically Coupled Microring Resonators over a Cross Grid

    S. T. Chu・B. E. Little・W. Pan・T. Kaneko・S. Sato・Y. Kokubun，IEEE Photonics Technology Letters，vol.11，(6)，(p.691 ～ 693)，1999.06

  20. ARROW-Type Vertical Coupler Filter: Design and Fabrication

    S. T. Chu・W. Pan・S. Sato・B. E. Little・T. Kaneko・Y. Kokubun，Journal of Lightwave Technology，vol.17，(4)，(p.652 ～ 658)，1999.04

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