講演情報
[16p-C42-5]Phase Segregation-Induced Highly Sensitive Printed Stretchable Strain Sensor Using PDMS/PEDOT-CB Composite
〇Yifei Wang1, Junya Yoshida2, Ayako Yoshida1, Yasunori Takeda1, Tomohito Sekine2, Daisuke Kumaki1, Shizuo Tokito1 (1.INOEL, Yamagata Univ., 2.Grad. School of Organic Materials Science, Yamagata Univ.)
キーワード：
Printed Electronics、Stretchable Sensor
Constructing a conductive composite that enables stretchable strain sensors to achieve high sensitivity while maintaining a wide sensing range is highly desired . In this report, we have successfully formulated a simple, biocompatible, and printable ink by mixing PDMS, PEDOT:PSS (referred to as PEDOT), and CB. Due to the immiscibility between PDMS and the solvent of PEDOT, the PEDOT-CB exhibits spontaneous phase segregation from the PDMS. Compared to the binary blends of PDMS/CB and PDMS/PEDOT, our PDMS/PEDOT-CB ternary blend offers significant advantages, including high sensitivity, a wide sensing range, and low hysteresis.
コメント
コメントの閲覧・投稿にはログインが必要です。ログイン