- A d-wave Pseudogap Model beyond BCS for the Cuprates.
NÚÑEZ, J. J. Rodríguez ; SCHMIDT, A. A. ; BECK, H. ; VALERA, M. Physica B – Condensed Matter v. 378-80, pág.461-463(2006).
2. A pseudogap model beyond BCS for the cuprates: the effect of order parameter symmetry, Debye frequency and band structure.
SCHMIDT, A. A. ; NÚÑEZ, J. J. Rodríguez ; BECK, H. ; VALERA, M. Journal of Physics. Condensed Matter v. 18-50, pág.11561-11575(2006).
3. Ab initio study of covalently functionalized carbon nanotubes.
VELOSO, Marcus Vinicius ; FAGAN, S. B. ; SOUZA FILHO, Antônio Gomes de ; MENDES FILHO, Josué ; MOTA, Ronaldo . Chemical Physics Letters v. 430 pág.71-74 (2006).
4. Ab initio study of double-wall carbon nanotubes under uniaxial pressure.
FAGAN, S. B. ; CRIVELLENTI, V.L. . Physica Status Solidi. B, Basic Research v. 72 pág.142-146 (2006).
5. Ab initio study of native defects in SiC nanotubes.
BAIERLE, R. J. ; PIQUINI, P. ; NEVES, L. P. ; MIWA, R. H. Physical Review B – Condensed Matter and Materials Physics v. 74, pág.1554251-1554258 (2006).
6. Abundance segregation in Virgo spiral galaxies.
DORS JUNIOR, Oli Luiz ; COPETTI, M. V. F. .Astronomy and Astrophysics, Paris v. 452-2, pág.473-480 (2006).
7. Antiferromagnetic Ising spin glass competing with BCS pairing interaction in a transverse field.
MAGALHÃES, S. G./ MAGALHÂES S. ; ZIMMER, F M ; KIPPER, C. J. ; CALEGARI, e J . European Physical Journal B v. 52-2 pág.209-218 (2006).
8. Bioinformatics analysis of mycoplasma metabolism: Important enzymes, metabolic similarities and redundancy.
MOMBACH, J. C. M. ; LEMKE, Ney ; SILVA, Norma Machado da ; FERREIRA, Rejane Apolo ; ISAIA, Eduardo ; BARCELLOS, Cláudia .Computers in Biology and Medicine v. 36, pág.542-552 (2006).
9. Chaotic emission from electromagnetic Henon-Heiles systems considering self-interaction.
ZANCHIN, V. T. ; KOKUBUN, F. .Physical Review D – Particle and Filds v. 73-10, pág.1040061-1040068 (2006).
10. Chemical abundances in seven galactic planetary nebulae
KRABBE, A. C. ; COPETTI, M. V. F. .Astronomy and Astrophysics, Paris v. 450-1, pág.159-166 (2006).
11. Complex high frequency magnetization dynamics and magnetoimpedance in finemet thin films.
SILVA, Ricardo Barreto da ; VIEGAS, Alexandre da Cas ; ANDRADE, Antonio Marcos Helgueira de ; CORREA, Marcio Assolin ; R. L. Sommer ou R. L. Sommer ou R.L.Sommer ou R.L. Sommer .Physica B – Condensed Matter v. 384-(1-2) pág.172-174 (2006).
12. Compressibility of a two-dimensional extended Hubbard model.
CALEGARI, e ; MAGALHÃES, S. G./ MAGALHÂES S. ; GOMES, A A .Physica. B, Condensed Matter v. 378-80 pág.308-310 (2006).
13. Computer simulation of the influence of cellular adhesion on the morphology of the interface between tissues of proliferating and quiescent cells.
KNEWITZ, Marcos André ; MOMBACH, J. C. M. .Computers in Biology and Medicine v. 36, pág.59-69(2006).
14. Effects of thickness on the statistical properties of the Barkhausen noise in amorphous films.
SANTI, Luciana ; VIEGAS, Alexandre da Cas ; BOHN, Felipe ; DURIN, Gianfranco ; ZAPERI, Stefano ; R. L. Sommer ou R. L. Sommer ou R.L.Sommer ou R.L. Sommer .Physica B – Condensed Matter v. 384-(1-2) pág.144-146 (2006).
15. Electron temperature fluctuations in HII regions – The feasibility of t2 estimates from point-to-point observations.
COPETTI, M. V. F. .Astronomy and Astrophysics, Paris v. 453-3, pág.943-947 (2006).
16. Erratum: Superconducting critical temperature and the isotope exponent versus total electron concentration for two-band superconductors: effect of the band structure [Phys. Rev. B 68, 224512, 2003].
NÚÑEZ, J. J. Rodríguez ; SCHMIDT, A. A. .Physical Review B – Condensed Matter and Materials Physics v. 73, pág.1399031-1399033 (2006).
17. Estimation of the ratio between the Lagrangian and Eulerian time scales in an atmospheric boundary layer generated by large eddy simulation.
ANFOSSI, Domenico ; RIZZA, Umberto ; MANGIA, Cristina ; DEGRAZIA, Gervasio Annes ; MARQUES FILHO, E. P. .Atmospheric Environment v. 40, pág.326-337 (2006).
18. First Principles Study of 1,2-Dichlorobenzene Adsorption on Metallic Carbon Nanotubes.
FAGAN, S. B. ; GIRÃO, Eduardo C. ; MENDES FILHO, Josué ; SOUZA FILHO, Antônio Gomes de .International Journal of Quantum Chemistry v. 106 pág.2558-2563 (2006).
19. First principles study of vacancies and Al substitutional impurities in delta-TiN.
CARARA, Sabrina da Silva ; THESING, L. A. ; PIQUINI, P. .Thin Solid Films v. 515, pág.2730-2733 (2006).
20. GMI in FeCuNbSiB\Cu multilayers.
CORREA, Marcio Assolin ; VIEGAS, Alexandre da Cas ; SILVA, Ricardo Barreto da ; ANDRADE, Antonio Marcos Helgueira de ; R. L. Sommer ou R. L. Sommer ou R.L.Sommer ou R.L. Sommer . Physica B – Condensed Matter v. 384(1-2) pág.162-164 (2006).
21. Gravitational magnetic monopoles and Majumdar-Papapetrou stars.
ZANCHIN, V. T. ; LEMOS, J. P. S. .Journal of Mathematical Physics v. 47-4 pág.0425041-04250424 (2006).
22. Hydrogen adsorption on carbon-doped boron nitride nanotube.
BAIERLE, R. J. ; PIQUINI, P. ; SCHMIDT, T. M. ; FAZZIO, A. .The Journal of Physical Chemistry B, Condensed Matter, Materials, Surfaces, Interfaces & Biophysicalv. 110, pág.21184-21188 (2006).
23. Interaction of a methanol molecule with C60 under pressure.
CRIVELLENTI, V. L. ; Guerini, S. C. ; ABREU, R. F. ; FILHO, J. M. ; FAGAN, S. B. .Physica Status Solidi. B, Basic Research v. 244, pág.151-155 (2006).
24. Intermittency and the exchange of scalars in the nocturnal surface layer.
MORAES, Osvaldo L.l. ; ACEVEDO, O. C. ; DEGRAZIA, Gervasio Annes ; MEDEIROS, Luis e .Boundary-Layer Meteorology, Holanda v. 40, pág.41-55 (2006).
25. Low field microwave magnetic permeability on FeSiBNbCu thin films.
VIEGAS, Alexandre da Cas ; SANTI, Luciana ; CORREA, Marcio Assolin ; SILVA, Ricardo Barreto da ; ANDRADE, Antonio Marcos Helgueira de ; R. L. Sommer ou R. L. Sommer ou R.L.Sommer ou R.L. Sommer .Physica B – Condensed Matter v. 384(1-2) pág.271-273 (2006).
26. Magnetism in dilute magnetic oxide thin films based on SnO2.
FITZGERALD, C. B. ; VENKATESAN, M. ; DORNELES, L. S. ; GUNNING, R. ; STAMENOV, P. ; COEY, J. M. D. ; STAMPE, P. A. ; KENNEDY, R. J. ; MOREIRA, E. C. ; SIAS, U. S. .Physical Review B – Condensed Matter and Materials Physics v. 74, pág.1153071-11530710 (2006).
27. Magnetoimpedance in amorphous/metal/amorphous sandwiched films at GHz frequencies.
CORREA, Marcio Assolin ; VIEGAS, Alexandre da Cas ; ANDRADE, Antonio Marcos Helgueira de ; SILVA, Ricardo Barreto da ; R. L. Sommer ou R. L. Sommer ou R.L.Sommer ou R.L. Sommer .Physica B – Condensed Matter v. 384(1-2) pág.155-157 (2006).
28. Magnetoresistance of Co-doped ZnO thin films.
STAMENOV, P. ; VENKATESAN, M. ; DORNELES, L. S. ; MAUDE, D. ; COEY, J. M. D. . Journal of Applied Physics v. 99-08M124 pág.1-3 (2006).
29. Magnetostriction in non-oriented electrical steels.
BOHN, Felipe ; GÜNDEL, André ; SEVERINO, Aguinaldo Médici ; LANDGRAF, Fernando José Gomes ; R. L. Sommer ou R. L. Sommer ou R.L.Sommer ou R.L. Sommer .Physica B – Condensed Matter v. 384(1-2) pág.294-296 (2006).
30. One step replica symmetry breaking solution for fermionic Ising spin glass in a transverse field.
ZIMMER, F. M. ; MAGALHÃES, S. G./ MAGALHÂES S. .Physical Review B – Condensed Matter and Materials Physics, v. 74-1 pág.0122021-0122024 (2006).
31. Parameterization of meandering phenomenon in a stable atmospheric boundary layer.
CARVALHO, J. C. ; DEGRAZIA, Gervasio Annes ; VILHENA, Marco Tulio de ; MAGALHÃES, Sérgio Garcia ; GOULART, A. G. ; ANFOSSI, Domenico ; ACEVEDO, O. C. ; MORAES, O. L. L. .Physica A – Statistical and Theoretical Physics, Estados Unidos v. 368-1, pág.247-256 (2006).
32. Quantum Critical Point in the spin glass-antiferromagnetism competition for fermionic Ising models.
ZIMMER, F M ; MAGALHÃES, S. G./ MAGALHÂES S. .Physica A – Statistical And Theoretical Physics v. 359C pág.380-398 (2006).
33. Quantum critical point in the spin glass-antiferromagnetism competition in Kondo-lattice systems
MAGALHÃES, S. G./ MAGALHÂES S. ; ZIMMER, F M ; COQBLIN, B .Journal of Physics Condensed Matter, Holanda v. 18-13 pág.3479-3487 (2006).
34. Quasinormal modes of plane-symmetric anti-de Sitter black holes: A complete analysis of the gravitational perturbations.
ZANCHIN, V. T. ; MIRANDA, A. S. .Physical Review D – Particle and Filds v. 73-6 pág.0640341-06403414 (2006).
35. Semi-analytical solution of the asymptotic Langevin Equation by the Picard Iterative Method .
SZINVELSKI, Charles ; VILHENA, Marco Tulio ; CARVALHO, Jonas ; DEGRAZIA, Gervasio Annes . Environmental Modelling & Software v. 21, pág.406-410 (2006).
36. Silicon Adsorption in Defective Carbon Nanotubes: A First Principles Study
SILVA, Leandro B da ; FAGAN, Solange B ; MOTA, R. ; FAZZIO, A . Nanotechnology (Bristol)v. 17, pág.4088-4091 (2006).
37. Soft-x-ray spectroscopic investigation of ferromagnetic Co-doped ZnO.
KRISHNAMURTHY, S. ; MCGUINNESS, C. ; DORNELES, L. S. ; VENKATESAN, M. ; COEY, J. M. D. ; LUNNEY, J. G. ; PATTERSON, C. H. ; SMITH, K. E. ; LEARMONTH, T. ; et al. .Journal of Applied Physics v. 99-08M111pág.1-3 (2006).
38. Spin Glass and Ferromagnetism in disordered Cerium compounds.
MAGALHÃES, S. G./ MAGALHÂES S. ; ZIMMER, F M ; KREBS, P R ; COQBLIN, B . Physical Review B – Condensed Matter and Materials Physics v. 74-1 pág.0144271-01442710 (2006).
39. The spin glass-antiferromagnetism competition in Kondo-lattice systems in the presence of a transverse applied magnetic field.
MAGALHÃES, S. G./ MAGALHÂES S. ; ZIMMER, F M ; COQBLIN, B . Physica B – Condensed Matter v. 378-80 pág.131-133 (2006).
40. Theoretical investigation of BN armchair and zigzag nanoarch surfaces.
PIQUINI, P. ; GUERINI, Silvete Coradi ; LEMOS, V. .Nanotechnology (Bristol), Inglaterra v. 17, pág.556-560 (2006).
41. Theoretical investigation on the stability and properties of a (10,0) BN-AlN nanotube junction.
PIQUINI, P. ; THESING, Leandro ; KAR, Tapas . Nanotechnology (Bristol), Bristol v. 17, pág.1637-1641 (2006).
42. Theory of the Kondo lattice: competition between Kondo effect and magnetic order.
COQBLIN, B ; REGUEIRO, M D Nunez ; THEUMANN, A ; IGLESIAS, J R ; MAGALHÃES, S. G./ MAGALHÂES S. Philosophical Magazine v. 86-17 pág.2567-2580 (2006).
43. Titanium Monomers and Wires Adsorbed on Carbon Nanotubes: a First Principles Study.
FAGAN, Solange B ; FAZZIO, A ; MOTA, R. .Nanotechnology (Bristol)v. 17, pág.1154-1159 (2006).
44. Tracer dispersion simulation in low wind speed conditions with a new 2D Langevin equation system.
ANFOSSI, D. ; ALESSANDRINI, S. ; CASTELLI, S. T. ; FERRERO, E. ; OETTL, D. ; DEGRAZIA, G. A. . Atmospheric Environment v. 40-37 pág.7234-7345 (2006).