The fabrication of gradient ionogels for flexible strain sensors remains challenging because
of the complex preparation procedures, and it is still difficult to prepare highly stretchable …

Ionogels are ideal candidate materials for flexible sensors, but their stretchability and fatigue
resistance are limited. Herein, highly stretchable, fatigue-resistant, electrically conductive …

Flexible electronic materials have aroused significant interest due to the need for flexible
electronics in a variety of applications. However, several obstacles such as low mechanical …

Bio-based ionogels with versatile properties are highly desired for practical applications.
Herein, we designed a novel self-healing, anti-freezing, and self-adhesive ionogel with …

With the rapid development of “Internet of Things” and human-computer interaction
techniques, it is essential and urgent to develop facile and scalable fabrication platforms for …

A stretchable transparent double network ionogel composed of physically cross-linked poly
(vinylidene fluoride-co-hexafluoropropylene)(P (VDF-co-HFP)) and chemically cross-linked …

Transparent and healable ionogels with very high mechanical strength, ionic conductivity,
and resilience were fabricated for use as strain sensors with satisfactory reliability. The …

Gel-based strain sensors with multi-functional outstanding properties have gained
considerable attention. However, conventional gel sensors suffer from unsatisfactory …

Ionogels are increasingly used in flexible strain sensors, but it is still challenging to
incorporate multifunctional properties such as flexibility, self-healing, adhesion, temperature …

To date, ionogel sensors have aroused the extensive interest as an alternative to hydrogel
sensors, as they are promising materials to solve the problems of easy drying and easy …