Sensory properties of layered phospholipid-graphene films
Michael M. Slepchenkov, Olga E. Glukhova, Saratov State University
Abstract
The aim of this paper is to find a way to improve the sensory properties of mono- and bilayer phospholipid-graphene films by curving graphene monolayers using in silico computational methods. We found the optimal configuration of the arrangement of DPPC molecules between two graphene layers, which provides the best I – V characteristics. This configuration is achieved only for a curved graphene. This effect is ensured by charge transfer from DPPC molecules to one of the graphene layers. It is predicted that bilayer phospholipid-graphene films can be used in sensors, where the graphene layer acting as the working surface.
Speaker
Michael M. Slepchenkov
Saratov State University
Russia
Discussion
German Kolesov
How many types of graphene / lipid structures were considered in the work?
Michael M. Slepchenkov
Three types of graphene / lipid structures were considered in the work.
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