Çiçek, M. Ö. Et Al. 2021. Flexible, Self-healable and Transient Bio-Gel Layer with High Ionic Conductivity and Tunable Mechanical Properties for Highly Sensitive, Iontronic Pressure Sensors. Materials Research Society Fall 2021 Meeting , (Massachusetts, United States Of America), 1.

Çiçek, M. Ö., Durukan, M. B., Keskin, D., & Ünalan, H. E., (2021). Flexible, Self-healable and Transient Bio-Gel Layer with High Ionic Conductivity and Tunable Mechanical Properties for Highly Sensitive, Iontronic Pressure Sensors . Materials Research Society Fall 2021 Meeting (pp.1). Massachusetts, United States Of America

Çiçek, MELİH Et Al. "Flexible, Self-healable and Transient Bio-Gel Layer with High Ionic Conductivity and Tunable Mechanical Properties for Highly Sensitive, Iontronic Pressure Sensors," Materials Research Society Fall 2021 Meeting, Massachusetts, United States Of America, 2021

Çiçek, MELİH Ö. Et Al. "Flexible, Self-healable and Transient Bio-Gel Layer with High Ionic Conductivity and Tunable Mechanical Properties for Highly Sensitive, Iontronic Pressure Sensors." Materials Research Society Fall 2021 Meeting , Massachusetts, United States Of America, pp.1, 2021

Çiçek, M. Ö. Et Al. (2021) . "Flexible, Self-healable and Transient Bio-Gel Layer with High Ionic Conductivity and Tunable Mechanical Properties for Highly Sensitive, Iontronic Pressure Sensors." Materials Research Society Fall 2021 Meeting , Massachusetts, United States Of America, p.1.

@conferencepaper{conferencepaper, author={MELİH ÖGEDAY ÇİÇEK Et Al. }, title={Flexible, Self-healable and Transient Bio-Gel Layer with High Ionic Conductivity and Tunable Mechanical Properties for Highly Sensitive, Iontronic Pressure Sensors}, congress name={Materials Research Society Fall 2021 Meeting}, city={Massachusetts}, country={United States Of America}, year={2021}, pages={1} }