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Polarization Holography
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  • Cited by 38
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    This book has been cited by the following publications. This list is generated based on data provided by CrossRef.

    Berberova, Nataliya Nazarova, Dimana Nedelchev, Lian Blagoeva, Blaga Kostadinova, Desislava Marinova, Vera and Stoykova, Elena 2016. Photoinduced variation of the Stokes parameters of light passing through thin films of azopolymer-based hybrid organic/inorganic materials. Journal of Physics: Conference Series, Vol. 700, p. 012032.

    Nedelchev, L Nazarova, D Berberova, N Mateev, G Kostadinova, D Mariño-Fernández, R Salgueiriño, V and Schmool, D 2016. Enhanced photoanisotropic response in azopolymer doped with elongated goethite nanoparticles. Journal of Physics: Conference Series, Vol. 700, p. 012031.

    Sasaki, Tomoyuki Shimura, Rei Kawai, Kotaro Noda, Kohei Sakamoto, Moritsugu Kawatsuki, Nobuhiro and Ono, Hiroshi 2016. Alignment structures and diffraction properties of chiral nematic liquid crystal cells with periodically patterned photoalignment films. Japanese Journal of Applied Physics, Vol. 55, Issue. 1, p. 012001.

    Van, My-Phung Bastiaansen, Cees W. M. and Broer, Dirk J. 2016. Polarization-Selective Patterning in an Anisotropic Smectic B Film. Advanced Optical Materials, Vol. 4, Issue. 5, p. 677.

    Kondrat, O. Holomb, R. Popovich, N. Mitsa, V. Veres, M. Csik, A. Feher, A. Tsud, N. Vondráček, M. Matolín, V. and Prince, K. C. 2015. In situ investigations of laser and thermally modified As2S3 nanolayers: Synchrotron radiation photoelectron spectroscopy and density functional theory calculations. Journal of Applied Physics, Vol. 118, Issue. 22, p. 225307.

    Sasaki, Tomoyuki Shoho, Takashi Goto, Kohei Noda, Kohei Kawatsuki, Nobuhiro and Ono, Hiroshi 2015. Photoalignment and resulting holographic vector grating formation in composites of low molecular weight liquid crystals and photoreactive liquid crystalline polymers. Applied Physics B, Vol. 120, Issue. 2, p. 217.

    Zang, Jinliang Wu, An’an Liu, Ying Wang, Jue Lin, Xiao Tan, Xiaodi Shimura, Tsutomu and Kuroda, Kazuo 2015. Characteristics of volume polarization holography with linear polarization light. Optical Review, Vol. 22, Issue. 5, p. 829.

    Goldenberg, Leonid M. Lisinetskii, Victor and Schrader, Sigurd 2014. Stable and Efficient Thin Layer DFB Lasers Based on Side-Chain Azobenzene Polymers. Advanced Optical Materials, Vol. 2, Issue. 3, p. 286.

    Goldenberg, L M Lisinetskii, V A and Schrader, S 2014. Continuously tunable laser based on polarization gratings in azobenzene-containing material. Laser Physics, Vol. 24, Issue. 3, p. 035807.

    Goldenberg, Leonid M. Lisinetskii, Victor Ryabchun, Alexander Bobrovsky, Alexey and Schrader, Sigurd 2014. Influence of the cation type on the DFB lasing performance of dye-doped azobenzene-containing polyelectrolytes. J. Mater. Chem. C, Vol. 2, Issue. 40, p. 8546.

    Goldenberg, Leonid M. Lisinetskii, Victor Ryabchun, Alexander Bobrovsky, Alexey and Schrader, Sigurd 2014. Liquid Crystalline Azobenzene-Containing Polymer as a Matrix for Distributed Feedback Lasers. ACS Photonics, Vol. 1, Issue. 9, p. 885.

    Ono, Hiroshi Kuzuwata, Mitsuru Sasaki, Tomoyuki Noda, Kohei and Kawatsuki, Nobuhiro 2014. Blazed vector gratings fabricated using photosensitive polymer liquid crystals and control of polarization diffraction. Applied Physics B, Vol. 114, Issue. 4, p. 567.

    Provenzano, Clementina Pagliusi, Pasquale Cipparrone, Gabriella Royes, Jorge Piñol, Milagros and Oriol, Luis 2014. Polarization Holograms in a Bifunctional Amorphous Polymer Exhibiting Equal Values of Photoinduced Linear and Circular Birefringences. The Journal of Physical Chemistry B, Vol. 118, Issue. 40, p. 11849.

    Royes, Jorge Provenzano, Clementina Pagliusi, Pasquale Tejedor, Rosa M. Piñol, Milagros and Oriol, Luis 2014. A Bifunctional Amorphous Polymer Exhibiting Equal Linear and Circular Photoinduced Birefringences. Macromolecular Rapid Communications, p. n/a.

    Sasaki, Tomoyuki Wada, Takumi Noda, Kohei Kawatsuki, Nobuhiro and Ono, Hiroshi 2014. Merged vector gratings recorded in a photocrosslinkable polymer liquid crystal film for polarimetry. Journal of Applied Physics, Vol. 115, Issue. 2, p. 023110.

    Sasaki, Tomoyuki Shoho, Takashi Kawai, Kotaro Noda, Kohei Kawatsuki, Nobuhiro and Ono, Hiroshi 2014. Effects of plasticizer on the transient diffraction properties of polarization holographic gratings made from polarization-sensitive polymeric films. Japanese Journal of Applied Physics, Vol. 53, Issue. 6, p. 062601.

    Sasaki, Tomoyuki Shoho, Takashi Noda, Kohei Kawatsuki, Nobuhiro and Ono, Hiroshi 2014. Temporal characteristics of polarization holographic gratings formed in a photosensitive polymeric film containing N-benzylideneaniline derivative side groups. Journal of Applied Physics, Vol. 115, Issue. 15, p. 153102.

    Yatagai, Toyohiko and Barada, Daisuke 2014. 2014 13th Workshop on Information Optics (WIO). p. 1.

    Goldenberg, Leonid M Lisinetskii, Victor Gritsai, Yuri Stumpe, Joachim and Schrader, Sigurd 2013. First observation of DFB lasing in polarization gratings written in azobenzene film. Laser Physics Letters, Vol. 10, Issue. 8, p. 085804.

    Goldenberg, Leonid M. Lisinetskii, Victor and Schrader, Sigurd 2013. Azobenzene Lasers Tuned Over a 200 nm Range. Advanced Optical Materials, Vol. 1, Issue. 7, p. 527.

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    Polarization Holography
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Book description

Current research into holography is concerned with applications in optically storing, retrieving, and processing information. Polarization holography has many unique properties compared to conventional holography. It gives results in high efficiency, achromaticity, and special polarization properties. This books reviews the research carried out in this field over the last 15 years. The authors provide basic concepts in polarization and the propagation of light through anisotropic materials, before presenting a sound theoretical basis for polarization holography. The fabrication and characterization of azobenzene based materials, which remain the most efficient for the purpose, is described in detail. This is followed by a description of other materials that are used in polarization holography. An in-depth description of various applications, including display holography and optical storage, is given, and the book concludes with perspectives for the future. This book is an important reference for researchers.


'For the person requiring an introduction to polarization holography, the authors have produced a good and comprehensive description of the physical principles involved …'

Source: The Imaging Science Journal

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