Ricardo Wagner Nunes http://lattes.cnpq.br/6217898418202518

Última atualização do Lattes: 24.03.2017
Unidade: Instituto de Ciências Exatas
Departamento: Departamento de Física
Nomes de citação: NUNES, R. W. / Nunes, R. W. / R. W. Nunes / NUNES, R W / NUNES, RICARDO W.
Mestrado: 6
Doutorado: 6
Pos-Doutorado: 7
Outras: 2
Nome da especialidade (número de vezes que aparece no Lattes)
Ab Initio Calculations Electronic-structure calculations Density Functional Theory Graphene dislocation core structure in silicon core defects dislocation core structure in semiconductors nanowires density-matrix order-N tight-binding calculations grain boundaries double-period structure topological defects core propagation kinetics core-relaxation modes electric polarization boron-nitride nanostructures order-N tight-binding calculations nanoestruturas de semicondutores extended topological defects Berry phase Electronic Structure tight-binding approximation density-matrix order-N method defeitos topológicos tight-binding calculations bulk defects wannier functions non-linear dielectric response Topological Insulators stacking faults Professor Adjunto transition and noble metals boron-nitride monolayer boron-nitride fullerenes transition-metal dichalcogenides Raman spectroscopy Diamond Dirac fermions non-orthogonal basis heterostructure real-space formulation two-dimensional materials DIELECTRIC RESPONSE platetets surface electronic structure carbon nanotubes cálculos em aglomerados Monte Carlo simulations Electronic transport thermoelectric properties surface structure in metals método de espalhamento múltiplo DNA interaction with molecules bismuth bilayer instabilidade de Peierls hybrid film geological materials lattice relaxation Grafeno dislocation-core structure in semiconductors misfit dislocation graphyne stoichiometric trends fronteiras de grão Espalhamento de raios-X éxcitons níveis eletrônicos profundos em semicondutores efeitos de pressão hidrostática bicamada de sílica DNA persistence length Banca de concurso optical absorption linear system-size scaling fullerene structure density-matrix formulation functionalized graphene
CTIT UFMG