Influence of Softening Temperature of Azobenzene Polymers and External Electric Field on Diffraction Efficiency of Polarization Holograms

Influence of Softening Temperature of Azobenzene Polymers and External Electric Field on Diffraction Efficiency of Polarization Holograms

Growth of the diffraction efficiency and recording velocity was found in the films of copolymers 4-((2- nitrophenyl) diazeniyl)phenylmethacrylate) with octylmethacrylate at room temperature holographic recording for copolymer with less softening temperature. Effect of strengthening of the diffractio...

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Veröffentlicht in:Chemistry journal of Moldova 2017-01, Vol.12 (2), p.58-63
Hauptverfasser: Davidenko, Nicolay, Davidenko, Irina, Kuranda, Nicolay, Mokrinskaya, Elena, Pavlov, Valeriy, Solntsev, Viacheslav, Studzinsky, Sergey, Syromyatnikov, Vladimir, Tarasenko, Vitaliy, Chuprina, Nicolay
Format: Artikel
Sprache:eng
Schlagworte:
azobenzene polymer
optical anisotropy
polarization holography
surface relief
thermoplastic property
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Zusammenfassung:Growth of the diffraction efficiency and recording velocity was found in the films of copolymers 4-((2- nitrophenyl) diazeniyl)phenylmethacrylate) with octylmethacrylate at room temperature holographic recording for copolymer with less softening temperature. Effect of strengthening of the diffraction efficiency was observed when charging surface of the films with recorded hologram in crown discharge.
ISSN:1857-1727
2345-1688
DOI:10.19261/cjm.2016.373