Original paper
Programing polyurethane with rational surface-modified graphene platelets for shape memory actuators and dielectric elastomer generators
Abstract
The filler network in smart nanocomposites is capable of dictating the strain actuation and electric generation behaviour in shape-memory and dielectric-elastomer systems, respectively. Noteworthy, the dissipation parameters, such as loss modulus and dielectric loss, are the critical criteria for designing an ideal smart polymeric composite. For manipulating dissipation parameters, we developed three types of nanofiller, including (I) simple...
Paper Details
Title
Programing polyurethane with rational surface-modified graphene platelets for shape memory actuators and dielectric elastomer generators
Published Date
Jun 1, 2020
Journal
Volume
133
Pages
109745 - 109745
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Notes
History