首页> 外国专利> Polydentate ligand, dinuclear metal complex, metal complex chain, and metal complex integrated structures

Polydentate ligand, dinuclear metal complex, metal complex chain, and metal complex integrated structures

机译:多齿配体,双核金属络​​合物,金属络合物链和金属络合物集成结构

摘要

The present invention, a multi-novel can be a suitable raw material metal complex integrated structures that can be applied to the miniaturization and precision of the various devices computing device in the information and communication fields, display, memory, etc., of the metal complex integrated structures and an object thereof is to provide a bidentate ligand, and the like. Contains four nitrogen-containing groups at least one, the present invention, the planar coordination sites tetradentate with coplanar as coordinating atoms to the nitrogen in the nitrogen-containing groups of the four imine, an amino group and an amide is a multidentate ligand having at least two on the same plane. In addition, a metal complex chain of metal complex and integrated, and at least one and the metal complex, the acceptor and the donor, and a conductive wire comprising a molecule that exhibits the properties of at least one of the acceptor and donor It is a metal complex integrated structure is characterized in that it is crossed with molecules exhibiting Kano properties that is configured to be positioned can interact with one another position, and has a structure of one of the two-dimensional and three-dimensional.
机译:本发明的多层可以是合适的原材料金属复杂的集成结构,其可以应用于金属的信息和通信领域,显示器,存储器等中的各种设备计算设备的小型化和精确化。复杂的整体结构及其目的是提供双齿配体等。含有四个含氮基团中的至少一个,本发明中,平面配位点四齿与四个亚胺的含氮基团中的氮原子共面成共平面,氨基和酰胺是具有至少两个飞机在同一平面上。另外,金属络合物与金属络合而成的金属络合物链与所述金属络合物,受体和供体中的至少一个以及包含表现出受体和供体中的至少一个的性质的分子的导线形成。一种金属络合物一体结构,其特征在于,其与表现出卡诺性质的分子相交,该分子被配置为可以相互定位而定位,并且具有二维和三维之一的结构。

著录项

  • 公开/公告号JPWO2003078384A1

    专利类型

  • 公开/公告日2005-07-14

    原文格式PDF

  • 申请/专利权人 富士通株式会社;

    申请/专利号JP20030576392

  • 发明设计人 眞鍋 敏夫;武井 文雄;

    申请日2003-03-14

  • 分类号C07C237/04;B82B1/00;C07C237/40;C07C251/24;C07D487/04;

  • 国家 JP

  • 入库时间 2022-08-21 22:26:50

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