energy levels / metal / high carrier densities / energy relaxation time temperature dependence / excess energy / graphene systems / phonon energy / intrinsic thermodynamic energy fluctuations / photon energy / larger energy / energy gap / energy detector / bolometer applications / partial solution / intrinsic energy resolution / analytical solutions / fixed energy / chemical potential / intrinsic carrier mobility / carrier density / large photon energy / power law / remove energy / graphene devices / carrier densities / quantum communications / energy resolution / energy width / graphene device / large intrinsic energy resolving power / energy dispersion / energy resolving power / predicted total energy resolving power / power-law temperature dependence / energy / /
OperatingSystem
DOS / Fermi / /
Organization
Department of Physics and Astronomy / U.S. Securities and Exchange Commission / Yale University / Stony Brook University / /
Person
Christopher B. Mckitterick / Xu Du / Heli Vora / Daniel E. Prober / Yan et.al / T power / Gruyter Open / /
Graphene 2D Mater. 2014; 1:1–22 Graphene and 2dMaterials Research Article Open Access