Thermoset Light-Responsive Biopolyester Composite with Intrinsic Permanent Shape Reconfigurability and Degradability

Thermoset Light-Responsive Biopolyester Composite with Intrinsic Permanent Shape Reconfigurability and Degradability

Adding functional nanoparticles to polymers is a popular approach to indirectly trigger the shape-memory effect (SME). Existing shape-memory polymer composites usually involve the use of solvents, catalysts, and initiators during synthesis. By polyesterification, in this article, we present a sustai...

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Bibliographic Details
Main Author: Nur Syahirra Nordin (20637969) (author)
Other Authors: Xiangping Chen (8553183) (author), Mun-Oon Fong (20637972) (author), Tow-Jie Lok (15262316) (author), Yaoting Xue (11948711) (author), Siyang Li (2852549) (author), Tao Feng (43135) (author), Yifeng Shen (752173) (author), Qiannan Hu (6428930) (author), Kaihang Zhang (4418653) (author), Qian Zhao (217607) (author), Tuck-Whye Wong (12501842) (author), Jie-Wei Wong (15262313) (author), Tiefeng Li (7902338) (author)
Published: 2025
Subjects:
Pharmacology
Biotechnology
Evolutionary Biology
Mental Health
Chemical Sciences not elsewhere classified
sustainable polyester matrix
possess combined features
photothermal conversion capability
least five times
ester bonds within
also require degradability
material design principle
responsive biopolyester composite
responsive actuators
thermoset light
soft robots
sme ).
selective triggering
potentially applied
popular approach
memory polymer
memory effect
memory behavior
made possible
indirectly trigger
different regions
composite consisting
complex geometries
carbon nanotubes
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