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Synthesis and characterization of Aniline Black related model compounds and starburst polyarylamines.

机译:苯胺黑相关模型化合物和爆炸形聚芳胺的合成与表征。

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摘要

Aniline Black is perhaps the oldest known synthetic polymer. It has been studied since the mid 19;The present approach has been a systematic study of Aniline Black related compounds. The model compounds were synthesized in a controlled fashion to dictate exact structure and purity. It is expected that the better the process of formation, the more uniform the structure, and hence a more usable material as an organic semiconductor.;In the course of this investigation conclusions were drawn as to the structure/function aspects of the derived compounds. Attempts to alter the structure of model compounds deviated from the hypothesized behavior. Starburst model compounds displayed properties unexpected to the investigators.;Available information about starburst polymers is very scarce. This work complements previous work on Aniline Black and related compounds, and adds a new source of knowledge in starburst chemistry. The properties of starburst compounds can be predicted only in part from the chemical makeup of the materials; this study gives some of the predictions based on the morphology.;Several new approaches to the synthesis of useful Aniline Black model compounds grew from the knowledge obtained during this research. These will be presented with the body of the work and discussed at the conclusion as to the significance of such an investigation.
机译:苯胺黑可能是已知最古老的合成聚合物。自19年中开始进行研究;本方法已对苯胺黑相关化合物进行了系统研究。以受控方式合成模型化合物,以指示确切的结构和纯度。预期形成过程越好,结构越均匀,因此作为有机半导体的材料就越有用。;在本研究过程中,得出了有关衍生化合物的结构/功能方面的结论。试图改变模型化合物的结构,这与假设的行为背道而驰。爆炸形模型化合物显示出研究人员无法预料的特性。有关爆炸形聚合物的可用信息非常少。这项工作是对苯胺黑及相关化合物先前工作的补充,并为星爆化学提供了新的知识来源。只能从材料的化学组成中部分预测星爆化合物的性质;这项研究基于形态学给出了一些预测。合成有用的苯胺黑模型化合物的几种新方法是从这项研究中获得的知识发展起来的。这些将与工作主体一起呈现,并在结论中讨论这种调查的重要性。

著录项

  • 作者

    Polis, David William.;

  • 作者单位

    The University of Arizona.;

  • 授予单位 The University of Arizona.;
  • 学科 Polymer chemistry.;Organic chemistry.
  • 学位 Ph.D.
  • 年度 1987
  • 页码 98 p.
  • 总页数 98
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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