Quantum capacitance of the monolayer graphene
M.V.Cheremisin
TL;DR
This paper derives the quantum capacitance of monolayer graphene across various conditions and compares the theoretical predictions with experimental data, enhancing understanding of its electronic properties.
Contribution
It presents a comprehensive theoretical analysis of quantum capacitance in monolayer graphene for arbitrary conditions, validated by experimental comparison.
Findings
Quantum capacitance varies with carrier density, magnetic field, and temperature.
Theoretical results align well with experimental data.
Provides insights into electronic behavior of graphene under different conditions.
Abstract
The quantum capacitance of the monolayer graphene for arbitrary carrier density, magnetic field and temperature is found. The density dependence of the quantum capacitance is analyzed for magnetic field(temperature) is fixed(varied) and vice versa. The theory is compared with the experimental data.
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Taxonomy
TopicsGraphene research and applications · Carbon Nanotubes in Composites · Molecular Junctions and Nanostructures