Polymer Electronic System

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Abstract

Main Polymers molecules formed of many identical units, bond to each other into long chains. For a polymer to be electrically conductive it must imitate a metal – the electrons in the bonds must be freely mobile and not bound fast to the atoms. In 2000 Alan Heeger, Alan MacDiarmid and Hideki Shirakawa were awarded the Nobel Prize in Chemistry for showing how polymer can be made to conduct electric current. One condition for this is that the polymer should consist of alternate single and double bonds, termed conjugated double bonds. At present, the electronic world is very much dominated by inorganic materials, in particular silicon. The Nobel Prize hasn’t been a milestone in the progress of polymer electronics, but it showed the importance of this branch of knowledge. New word, “polymer” has appeared in electronic vocabulary as a short name of this knowledge and quickly developed technology
聚合物电子系统
聚合物分子由许多相同的单元组成,彼此连接成长链。要使聚合物具有导电性,它必须模仿金属——化学键中的电子必须能自由移动,而不能快速地与原子结合。2000年,Alan Heeger, Alan MacDiarmid和Hideki Shirakawa因展示了如何制造聚合物来导电而被授予诺贝尔化学奖。这样做的一个条件是聚合物应由交替的单键和双键组成,称为共轭双键。目前,电子世界在很大程度上是由无机材料主导的,特别是硅。诺贝尔奖并不是聚合物电子学进步的里程碑,但它显示了这一知识分支的重要性。“聚合物”作为这一知识和技术的简称出现在电子词汇中
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