Functionalized spherical carbon nanostructure/poly(vinylphenol) composites for application in low power consumption write-once-read-many times memories

We apply functionalized carbon nanoshell and carbon sphere based composites in poly(vinylphenol) matrix in write-once-read-many-times memory elements. The devices based on carbon nanoshells show an ON/OFF current ratio of 105 and long term information retention. The functionalized carbonnanoshells and carbon spheres show improved dispersion in the poly(vinylphenol) matrix, allowing the preparation of homogeneous films even at the submicrometer scale. The low ON current allows low power operation, dissipating less than 10-4 J per square meter device active area during the write operation, which is the most energy consuming one. Copyright © 2013 American Scientific Publishers All rights reserved.

Composites; Functionalized Carbon Structures; Poly(vinyl phenol); WORM Memories Carbon Nanostructures; Carbon structures; Information retention; Low-power consumption; ON/OFF current ratio; Polyvinyl phenol; Submicrometer scale; Write-once-read-many; Carbon; Composite materials; Film preparation; Nanoshells; Nanostructured materials; Nanostructures; Spheres; Carbon films

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