期刊
GELS
卷 8, 期 8, 页码 -出版社
MDPI
DOI: 10.3390/gels8080469
关键词
molecular gels; polymer gelators; thixotropic behavior; polyanilines; electrode materials
资金
- JSPS KEKENHI [15K05610, 19K05634]
- Nissan Chemical Industries, Ltd.
In this study, a novel composite molecular hydrogel with improved gel-forming ability, mechanical properties, and electrochemical response was developed for potential applications as paintable electrode materials.
To expand the range of applications of hydrogels, researchers are interested in developing novel molecular hydrogel materials that have affinities for the living body and the ability to mediate electrical signals. In this study, a simple mixing method for creating a novel composite molecular gel is employed, which combines a hydrophilic conductive polymer, a polyaniline/phosphoric acid complex, and a polymer hydrogelator as a matrix. The composite hydrogel showed an improved gel-forming ability; more effective mechanical properties, with an increased strain value at the sol-gel transition point compared to the single system, which may be sufficient for paintable gel; and a better electrochemical response, due to the electrically conducting polyaniline component. These findings demonstrate the applicability of the new composite hydrogels to new potential paintable electrode materials.
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