CUED Publications database

Scalable microaccordion mesh for deformable and stretchable metallic films

Mertens, J and Bowman, RW and Willis, JCW and Robinson, A and Cotton, D and White, R and Seffen, KA and Baumberg, JJ (2015) Scalable microaccordion mesh for deformable and stretchable metallic films. Physical Review Applied, 4.

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Abstract

© 2015 American Physical Society. Elastically deformable materials can be created from rigid sheets through patterning appropriate meshes which can locally bend and flex. We demonstrate how microaccordion patterns can be fabricated across large areas using three-beam interference lithography. Our resulting mesh induces a large and robust elasticity within any rigid material film. Gold coating the microaccordion produces stretchable conducting films. Conductivity changes are negligible when the sample is stretched reversibly up to 30% and no major defects are introduced, in comparison to continuous sheets which quickly tear. Scaling analysis shows that our method is suited to further miniaturization and large-scale fabrication of stretchable functional films. It thus opens routes to stretchable interconnects in electronic, photonic, and sensing applications, as well as a wide variety of other deformable structures.

Item Type: Article
Subjects: UNSPECIFIED
Divisions: Div D > Structures
Depositing User: Cron Job
Date Deposited: 17 Jul 2017 19:43
Last Modified: 21 Nov 2017 03:07
DOI: