A novel radiofrequency-induced phase-transition strategy for shape and stiffness switching in poly(glycerol dodecanoate) polymers | Synapse
March 28, 2026Open Access
A novel radiofrequency-induced phase-transition strategy for shape and stiffness switching in poly(glycerol dodecanoate) polymers
Key Points
The aim is to explore a novel method for modifying the shape and stiffness of poly(glycerol dodecanoate) polymers using radiofrequency-induced phase transitions.
Introduced a new active approach to polymer modification
Focused on temperature-sensitive poly(glycerol dodecanoate)
Applied radiofrequency techniques for phase transition
Achieved noticeable shape change in PGD polymers
Demonstrated stiffness variability through temperature modulation
Showed potential for versatile applications in material science
Abstract
This study introduces an active approach to modify the temperature-sensitive poly(glycerol dodecanoate) (PGD) to achieve the radio frequency-induced phase transition property.