Schlagwörter
Ab Initio Thermal Transport, Acoustic carrier transport, GaAs nanowires, Dimensionality Dependence of Phonons, Dimensionality Dependence of Phonons, theoretical, Nanoelectronics systems phonons, Nanomechanical systems phonons, Nanophononics, Phonon Transport, Bulk solids, theory, Phonon Transport, nanotructured solids, theory, Phonon interactions, Phonon lasers, Phonon lifetimes, first-principles determination, Phonon scattering mechanisms, Phonon transport, Phonon transport, nanotructed solids, Phonons in bulk, Phonons in low-dimensional systems, Phonons, bulk systems, Phonons, low-dimensional systems, SASER, Semiconductor superlattice sasers, terahertz, Symmetry Dependence of Phonons, Symmetry Dependence of Phonons, theoretical, Time-resolved phonon spectroscopy, nano, Ultra-fast phonon dynamics, mean free paths, phonon transport, nano, thermal conductivities, crystalline materials, thermal phonons and interfaces