Superflexibility of graphene oxide

Volume: 113, Issue: 40, Pages: 11088 - 11093
Published: Sep 19, 2016
Abstract
Significance Bending of a thin plate simultaneously involves contraction and stretching of matter relative to a neutral plane, and tensile rigidity dictates the ability of a thin platelet to be bent. If graphene or graphene oxide (GO) were actually behaving as thin platelets, they would display high bending rigidity. Bending measurements for atomic monolayers remain particularly challenging because of their difficult manipulation. We...
Paper Details
Title
Superflexibility of graphene oxide
Published Date
Sep 19, 2016
Volume
113
Issue
40
Pages
11088 - 11093
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