Electrical Properties of Biopolymers

Henry Kettwig, Daniel Frizlaff, Patrick Otto, Gunther Naumann, K. Harre, Yvonne Joseph
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Abstract

In the last years the importance of biopolymers increased steadily because petrochemical resources are limited. Another reason are environmental problems e.g. microplastic and some new laws from the European Union for the usage of petrochemical plastics. Therefore, the industry is searching for alternatives in a broad range of fields of applications. In the paper at hand a modified biobased material for sensor applications, based on renewable resources, is presented. The biopolymer is modified with a plasticizier and crosslinker to increase the mechanical properties and stability. The viscosity behavior depending on temperature and shear rate is also shown. The resulting thin layers were characterized with impedance spectroscopy and direct current measurements.
生物聚合物的电学性质
近年来,由于石油化工资源有限,生物聚合物的重要性不断提高。另一个原因是环境问题,如微塑料和欧盟关于石化塑料使用的一些新法律。因此,该行业正在寻找在广泛的应用领域的替代品。本文介绍了一种基于可再生资源的用于传感器的改性生物基材料。用增塑剂和交联剂对生物聚合物进行改性,以提高其机械性能和稳定性。还给出了粘度随温度和剪切速率的变化规律。用阻抗谱和直流测量对所得薄层进行了表征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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