Keywordstwo-dimensional materials; gas sensing; electronic properties; sensor performance; graphene sheet; nonlocal elasticity theory; vibration; nanosensor; two-dimensional semiconductors; optical identification; silicon nitride substrate; molybdenum disulfide (MoS2); molybdenum diselenide (MoSe2); tungsten diselenide (WSe2); black phosphorus; graphene; demodulators; antenna; AM radio receiver; speaker; transistor; graphene; transistor; GBT; circuit; compact; SPICE; electrical; model; large signal; 2D materials; transition metal dichalcogenides; field effect transistors; scalable synthesis; vapor phase deposition; 2D semiconducting alloys; 2D heterostructures; selective growth; multi-level stacked devices; low-threshold field emission; resonance states; graphene; size-quantization; thermal conductivity; graphene nanoribbon; equilibrium molecular dynamics; Green-Kubo; optimized Tersoff potential; 2nd generation REBO potential; transition-metal dichalcogenide monolayers; alloys; electronic structure; spin-orbit coupling; density of states; density-functional theory; graphene; graphene transistor; GNR MOSFET; simulation; graphene nanoribbon FET; line-edge roughness; band-to-band-tunneling; localization regimes; graphene; MoS2; TMD; photodetectors; 2D materials; heterostructure; n/a
