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PREPARATION AND PROPERTIES OF TETRA (p-VINYLPHENOXY) METALLOPHTHALOCYANINES
作者姓名:SHIGEHARA  Kiyotaka  LIU Yunqia  YAMADA  Akirab
作者单位:The Institute of Physical and Chemical Research,wako,Saitama 351-01,Japan,The Institute of Physical and Chemical Research,wako,Saitama 351-01,Japan The Institute of Chemistry,Academia Sinica,Beijing China,The Institute of Physical and Chemical Research,wako,Saitama 351-01,Japan
摘    要:This paper describes the preparation and Langmuir-Blodgett (LB) monomolecular film formation of H_2, Cu, Ni, Co, and Zn phthaloeyanine compounds with p-vinyiphenoxy peripheral substituent on each benzo ring at either 2- or 3- position i.e., tetra (p-vinylphenoxy) substituted isomer mixture]. These phthalocyanine derivatives form stable LB films at the film pressures greater than 10 dynes/cm. The surface pressure-area isotherms indicate that the phthalocyanine units are densely packed with a eofacial orientation. Schottky cells of Indium-Tin Oxide/LB film/Al] were prepared and their electronic properties were examined. Much better rectifying properties, diode parameter, break-down potential and mechanical strength were notified by the post-polymerization of LB-layers. On exposing the polymerized films to tetrahydrofuran vapor, the absorption maxima of Q-band shift bathochromically by about 100 nm, being sensitive to diode laser light.

收稿时间:1987-07-10

PREPARATION AND PROPERTIES OF TETRA (p-VINYLPHENOXY) METALLOPHTHALOCYANINES
SHIGEHARA,Kiyotaka,LIU Yunqia and YAMADA,Akirab.PREPARATION AND PROPERTIES OF TETRA (p-VINYLPHENOXY) METALLOPHTHALOCYANINES[J].Chinese Journal of Polymer Science,1988,0(3):257-265.
Authors:SHIGEHARA  Kiyotaka  LIU Yunqia and YAMADA  Akirab
Institution:The Institute of Physical and Chemical Research; wako; Saitama 351-01; Japan; Japan The Institute of Chemistry; Academia Sinica; Beijing China
Abstract:This paper describes the preparation and Langmuir-Blodgett (LB) monomolecular film formation of H_2, Cu, Ni, Co, and Zn phthaloeyanine compounds with p-vinyiphenoxy peripheral substituent on each benzo ring at either 2- or 3- position i.e., tetra (p-vinylphenoxy) substituted isomer mixture]. These phthalocyanine derivatives form stable LB films at the film pressures greater than 10 dynes/cm. The surface pressure-area isotherms indicate that the phthalocyanine units are densely packed with a eofacial orientation. Schottky cells of Indium-Tin Oxide/LB film/Al] were prepared and their electronic properties were examined. Much better rectifying properties, diode parameter, break-down potential and mechanical strength were notified by the post-polymerization of LB-layers. On exposing the polymerized films to tetrahydrofuran vapor, the absorption maxima of Q-band shift bathochromically by about 100 nm, being sensitive to diode laser light.
Keywords:Metallophthalocyanine  Vinyl monomer  LB film  Schottky cell
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