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 density-matrix order-N tight-binding calculations nanowires grain boundaries topological defects double-period structure core propagation kinetics order-N tight-binding calculations electric polarization core-relaxation modes boron-nitride nanostructures extended topological defects nanoestruturas de semicondutores Berry phase density-matrix order-N method Electronic Structure tight-binding approximation non-linear dielectric response defeitos topológicos tight-binding calculations bulk defects wannier functions transition and noble metals Topological Insulators boron-nitride monolayer Professor Adjunto boron-nitride fullerenes stacking faults surface electronic structure transition-metal dichalcogenides Dirac fermions Raman spectroscopy Diamond non-orthogonal basis Carbon Nanotubes two-dimensional materials DIELECTRIC RESPONSE cálculos em aglomerados Monte Carlo simulations heterostructure platetets Electronic transport real-space formulation stoichiometric trends misfit dislocation density-matrix formulation método de espalhamento múltiplo functionalized graphene dislocation-core structure in semiconductors bismuth bilayer geological materials lattice relaxation hybrid film Grafeno instabilidade de Peierls Banca de concurso níveis eletrônicos profundos em semicondutores fronteiras de grão graphyne linear system-size scaling thermoelectric properties fullerene structure surface structure in metals Espalhamento de raios-X excitons DNA interaction with molecules efeitos de pressão hidrostática bicamada de sílica DNA persistence length optical absorption
CTIT UFMG