Casimir pressure on two graphene sheets on the substrate
Michael V. Davidovich, Saratov State University, Saratov, Russia
Abstract
The dispersion interaction of two infinite graphene sheets located on a substrate is considered on the basis of the Van Kampen–Schram summation method and the Lifshitz formula. Their coincidence is shown. Metallic and dielectric substrates are considered. Numerical and analytical results are presented. In the far zone, the Casimir pressure on two graphene sheets on a metal substrate decreases according to the law 1/d5, i.e. faster than the pressure on metal plates.
Speaker
Michael Vladimirovich Davidovich
Saratov State University
Россия
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