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HIGH POLYMER FILM HAVING HIGH ANISOTROPY IN THERMAL CONDUCTIVITY AND PRODUCTION THEREOF

机译:具有高各向异性的热导率及其生产方法的高聚物薄膜

摘要

PURPOSE:To obtain a high polymer film having high anisotropy in thermal conductivity, by coating an electrode processed in a pattern state with a high polymer film and by adding an electrolytic polymer of an aromatic compound from a film part in contact with the electrically conductive part of the electrode. CONSTITUTION:The surface of the electrode 12 is provided with the insulating material layer 11, which is processed in a given pattern. The processed electrode is coated with the high polymer film 13, immersed in an electrolytic polymerization solution of an aromatic compound (preferably pyrrole, thiophene, etc.), DC. voltage is impressed to carry out electrolytic polymerization, an electrolytic polymer is formed and penetrated from the high polymer film part in contact with the electrically conductive part of the electrode and the double layer 14 with improved thermal conductivity is formed. A film with the double layer on one side or on the opposite side as well is obtained by a short or long time of the electroly polymerization. The aimed film is also obtained by coating a photoconductive electrode with the high polymer film and forming the electrolytic polymer of the aromatic compound while irradiating the film with light rays in a pattern state to give a composite film.
机译:用途:为了获得具有高导热率各向异性的高分子薄膜,方法是在图案状态下加工的电极上覆盖一层高分子薄膜,并从与导电部分接触的薄膜部分中添加芳香族化合物的电解质聚合物电极的组成:电极12的表面设有绝缘材料层11,该绝缘材料层11被加工成给定的图案。加工过的电极涂有浸渍在芳族化合物(优选吡咯,噻吩等),DC的电解聚合溶液中的高聚物膜13。施加电压以进行电解聚合,形成电解质聚合物并从与电极的导电部分接触的高分子膜部分渗透并形成具有改善的导热性的双层14。通过短时间或长时间的电解聚合,可以获得在一侧或相对侧上也具有双层的膜。还可以通过用高聚物膜涂覆光电导电极并形成芳香族化合物的电解质聚合物同时以图案状态的光线照射该膜以得到复合膜来获得目标膜。

著录项

  • 公开/公告号JPS61291649A

    专利类型

  • 公开/公告日1986-12-22

    原文格式PDF

  • 申请/专利权人 NIPPON TELEGR & TELEPH CORP NTT;

    申请/专利号JP19850130787

  • 发明设计人 NIWA OSAMU;SATO KOJI;TAMAMURA TOSHIAKI;

    申请日1985-06-18

  • 分类号C08L101/00;B41M5/20;B41M5/28;B41M5/30;C08F2/58;C08J7/00;C08L1/00;C08L7/00;C08L21/00;C08L23/00;C08L27/00;C08L33/00;C08L33/02;C08L77/00;

  • 国家 JP

  • 入库时间 2022-08-22 07:23:52

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