2015

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  1. ARAUJO, J.F.D.F.; BRUNO, A.C.; LOURO, S.R.W. Review of Scientific Instruments, v. 86, p. 105103, 2015. DOI
  2. BARROS, A.L.F.; MEJIA, C.; MORGADO, W A.M. ; DA SILVEIRA, E.F. Brazilian Journal of Physics 45(2): 195-199 (2015). DOI
  3. BARROS, A.L.F.; DA SILVEIRA, E.F.; Bergantini, A.; ROTHARD, H.; BODUCH, P. The Astrophysical Journal 810:156 (2015) DOI
  4. CALVAO, A.M.; CROKIDAKIS, N.; ANTENEODO, C. Plos One, v. 10, p. e0137732, 2015. DOI
  5. CAMARA, A.R.; PEREIRA, J.M.B; TARASENKO, O.; MARGULIS, W.; CARVALHO, I.C.S. Optics Express 23(14): 18060-18069 (2015). DOI
  6. COLOMBO, E.; ANTENEODO, C. Physical Review. E, Statistical, Nonlinear, and Soft Matter Physics, v. 92, p. 022714-2015, 2015. DOI
  7. COSTA, A.M.L.M. ; MARINKOVIC, B.A. ; SUGUIHIRO, N.M. ; SMITH, D.J. ; DA COSTA, M.E.H.M. ; PACIORNIK, S. Materials Characterization 99: 150-159 (2015). DOI
  8. DARTOIS, E.; AUGÉ, B.; BODUCH, P.; BRUNETTO, R.; CHABOT, M.; DOMARACKA, A.; DING, J.J.; KAMALOU, O.; LV, X.Y.; ROTHARD, H.; DA SILVEIRA, E.F.; THOMAS, J.C. Astronomy & Astrophysics 576, p. A125, 2015. DOI
  9. DE CASTRO, R.K.; DE ARAUJO, J.R. ; VALASKI, R.; COSTA, L.O.O.; ARCHANJO, B.S.; FRAGNEAUD, B.; CREMONA, M.; ACHETE, C.A. Chemical Engineering Journal 273, 509–518 (2015). DOI
  10. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M., et al.; LHCb Collaboration. Physics Letters. B 740, p. 158, 2015. DOI
  11. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M., et al.; LHCb Collaboration. Physics Letters. B 742, p. 29-37, 2015. DOI
  12. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M.; BAESSO, C., et al.; LHCb Collaboration. The Journal of High Energy Physics v. 2015:24 DOI
  13. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORgRES, M.; BAESSO, C., et al.; LHCb Collaboration. Physical Review Letters v. 114, p. 062004, 2015. DOI
  14. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M.; BAESSO, C., et al.; LHCb Collaboration. Physics Letters B v. 741, p. 1-11, 2015. DOI
  15. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M.; BAESSO, C., et al.; LHCb Collaboration. Physical Review Letters, v. 114, p. 041601, 2015. DOI
  16. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M.; BAESSO, C., et al.; LHCb Collaboration. Journal of High Energy Physics, 2015:64. DOI
  17. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M.; BAESSO, C., et al.; CMS Collaboration & LHCb Collaboration. Nature 522 68–72 (2015) DOI
  18. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M.; BAESSO, C., et al.; LHCb Collaboration. Physics Letters B 747: 468-478 DOI
  19. GOBEL, C.; MOLINA RODRIGUEZ, J.; CRUZ TORRES, M.; BAESSO, C., et al.; LHCb Collaboration. Physical Review Letters 114(4): 041801 (2015). DOI
  20. GONZALEZ LARRUDE, D.; GARCIA BASABE, Y.; FREIRE JUNIOR, F.L.; ROCCO, M.L. RSC Advances: an international journal to further the chemical sciences, v. 5, p. 74189-74197, 2015. DOI
  21. HELO, J.C.; HIRSCH, M.; OTA, T.; PEREIRA DOS SANTOS, F.A. J High Energy Phys, v. 2015, p. 92, 2015. DOI
  22. KANUCHOVA, Z.; BRUNETTO, R.; FULVIO, D.; STRAZZULLA, G. Icarus 258, 289-296 (2015). DOI
  23. LAURENZANA, A.; FIBBI, G.; CHILLÀ, A.; MARGHERI, G.; DEL ROSSO, T.; ROVIDA, E.; DEL ROSSO, M.; MARGHERI, F. Cellular and Molecular Life Sciences 72(8):1537-1557 (2015). DOI
  24. MARGHERI, G.; TRIGARI, S.; SOTTINI, S.; AGOSTINO, R.; DEL ROSSO, T.; DEL ROSSO, M. Journal of Sensors v. 2015, ID 282458, 1-8, 2015. DOI
  25. MARGHERI, F.; PAPUCCI, L.; SCHIAVONE, N.; D’AGOSTINO, R.; TRIGARI, S.; SERRATÌ, S.; LAURENZANA, A. ; BIAGIONI, A. ; LUCIANI, C.; CHILLÀ, A. ; ANDREUCCI, E.; DEL ROSSO, T.; FIBBI, G.; MARGHERI, G. ; DEL ROSSO, M. Journal of Cellular and Molecular Medicine 19(1): 113–123 (2015). DOI
  26. MARTINEZ, R.; LANGLINAY, T.H.; BODUCH, P.; CASSIMI, A.; HIJAZI, H.; ROPARS, F.; SALOU, P.; DA SILVEIRA, E. F.; ROTHARD, H. Materials Research Express, v. 2, p. 076403, 2015. DOI.
  27. MEJÍA, C.; DE BARROS, A.L.F.; SEPERUELO DUARTE, E.; DA SILVEIRA, E.F.; DARTOIS, E.; DOMARACKA, A.; ROTHARD, H.; BODUCH, A. Icarus 250, p. 222-229, 2015. DOI
  28. MINAKATA, H.; NUNOKAWA, H.; QUIROGA, A.A. Prog. Theor. Exp. Phys. v. 2015, p. 33B03, 2015. DOI
  29. MIRANDA, O.G.; NUNOKAWA, H. New Journal of Physics, v. 17, p. 095002, 2015. DOI
  30. MORGADO, W.A.M. Physica. A 438 493-508 (2015). DOI
  31. NUNOKAWA, H.; MINAKATA, H. t al. Prog. Theor. Exp. Phys. v. 2015, p. 53C02, 2015. DOI
  32. PANDOLI, O.; DEL ROSSO, T.; SANTOS, V.M.; REZENDE, R.S.; MARINKOVIC, B.A. Química Nova 38(6): 859-863 (2015). DOI
  33. PAREDES, Y.A.; CAMPOS, ANDREA P.C.; ACHETE, C.A.; CREMONA, M. Thin Solid Films, v. 592, p. 545, 2015. DOI
  34. PINTO, E.R.P. ; BARUD, H.S.; SILVA, R.R.; POLITO, W.L.; CALIL, V.L.; CREMONA, M.; RIBEIRO, S.J.L. ; MESSADDEQ, Y. J Mater Chem C, v. 22, p. 1270, 2015. DOI
  35. RAMOS, M.; CALVAO, A. M.; ANTENEODO, C. Plos One, v. 10, p. e0136083, 2015. DOI
  36. RAMOS, M.; SHAO, J.; REIS, S.D.S.; ANTENEODO, C.; ANDRADE JR, J.S.; HAVLIN, S.; MAKSE, H.A. Scientific Reports 5, p. 10032, 2015. DOI
  37. ROUILLE, G.; KRASNOKUTSKI, S.; FULVIO, D.; JAGER, C.; HENNING, T.; GARCIA, G.A.; TANG, X.-F.; NAHON, L. Astrophysical Journal, v. 810, p. 114, 2015. DOI
  38. ROURA-BAS, P.; HAMAD, I.J.; ANDA, E.V. Physica Status Solidi (b) 252(2): 421–430 (2015). DOI
  39. VILANI, C.; ROMANI, E.C.; LARRUDÉ, D.G.; BARBOSA, G.M.; FREIRE, F.L. Applied Surface Science, v. 356, p. 1300-1305, 2015. DOI