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**Autoria(s):** ADAMSON, P.; ANDREOPOULOS, C.; ARMS, K. E.; ARMSTRONG, R.; AUTY, D. J.; AYRES, D. S.; BACKHOUSE, C.; BARNES JR., P. D.; BARR, G.; BARRETT, W. L.; BHATTACHARYA, D.; BISHAI, M.; BLAKE, A.; BOCK, G. J.; BOEHNLEIN, D. J.; BOGERT, D.; BOWER, C.; CAVANAUGH, S.; CHAPMAN, J. D.; CHERDACK, D.; CHILDRESS, S.; CHOUDHARY, B. C.; COELHO, J. A. B.; COLEMAN, S. J.; CRONIN-HENNESSY, D.; CULLING, A. J.; DANKO, I. Z.; JONG, J. K. de; DEVENISH, N. E.; DIWAN, M. V.; DORMAN, M.; ERWIN, A. R.; ESCOBAR, C. O.; EVANS, J. J.; FALK, E.; FELDMAN, G. J.; FROHNE, M. V.; GALLAGHER, H. R.; GODLEY, A.; GOODMAN, M. C.; Gouffon, Philippe; GRAN, R.; GRASHORN, E. W.; GRZELAK, K.; HABIG, A.; HARRIS, D.; HARRIS, P. G.; HARTNELL, J.; HATCHER, R.; HELLER, K.; HIMMEL, A.; HOLIN, A.; HYLEN, J.; IRWIN, G. M.; ISVAN, Z.; JAFFE, D. E.; JAMES, C.; JENSEN, D.; KAFKA, T.; KASAHARA, S. M. S.; KIM, J. J.; KOIZUMI, G.; KOPP, S.; KORDOSKY, M.; KOSKINEN, D. J.; KRAHN, Z.; KREYMER, A.; LANG, K.; LING, J.; LITCHFIELD, P. J.; LITCHFIELD, R. P.; LOIACONO, L.; LUCAS, P.; MA, J.; MANN, W. A.; MARSHAK, M. L.; MARSHALL, J. S.; MAYER, N.; MCGOWAN, A. M.; MEHDIYEV, R.; MEIER, J. R.; MESSIER, M. D.; METELKO, C. J.; MICHAEL, D. G.; MILLER, W. H.; MISHRA, S. R.; MITCHELL, J.; MOORE, C. D.; MORFIN, J.; MUALEM, L.; MUFSON, S.; MUSSER, J.; NAPLES, D.; NELSON, J. K.; NEWMAN, H. B.; NICHOL, R. J.; NICHOLLS, T. C.; OCHOA-RICOUX, J. P.; OLIVER, W. P.; OSIECKI, T.; OSPANOV, R.; PALEY, J.; PAOLONE, V.; PATTERSON, R. B.; PAVLOVIC, Z.; PAWLOSKI, G.; PEARCE, G. F.; PETYT, D. A.; PITTAM, R.; PLUNKETT, R. K.; RAHAMAN, A.; RAMEIKA, R. A.; RAUFER, T. M.; REBEL, B.; RODRIGUES, P. A.; ROSENFELD, C.; RUBIN, H. A.; RYABOV, V. A.; SANCHEZ, M. C.; SAOULIDOU, N.; SCHNEPS, J.; SCHREINER, P.; SEMENOV, V. K.; SHANAHAN, P.; SMART, W.; SMITH, C.; SOUSA, A.; STAMOULIS, P.; STRAIT, M.; TAGG, N.; TALAGA, R. L.; THOMAS, J.; THOMSON, M. A.; TINTI, G.; TONER, R.; TSAREV, V. A.; TZANAKOS, G.; URHEIM, J.; VAHLE, P.; VIREN, B.; WATABE, M.; WEBER, A.; WEBB, R. C.; WEST, N.; WHITE, C.; WHITEHEAD, L.; WOJCICKI, S. G.; WRIGHT, D. M.; YANG, T.; ZOIS, M.; ZHANG, K.; ZWASKA, R.
Contribuinte(s)	UNIVERSIDADE DE SÃO PAULO
Data(s)	18/04/2012 18/04/2012 2010
Resumo	The energy dependence of the neutrino-iron and antineutrino-iron inclusive charged-current cross sections and their ratio have been measured using a high-statistics sample with the MINOS near detector exposed to the NuMI beam from the main injector at Fermilab. Neutrino and antineutrino fluxes were determined using a low hadronic energy subsample of charged-current events. We report measurements of nu-Fe ((nu) over bar - Fe) cross section in the energy range 3-50 GeV (5-50 GeV) with precision of 2%-8% (3%-9%) and their ratio which is measured with precision 2%-8%. The data set spans the region from low energy, where accurate measurements are sparse, up to the high-energy scaling region where the cross section is well understood.
Identificador	PHYSICAL REVIEW D, v.81, n.7, 2010 1550-7998 http://producao.usp.br/handle/BDPI/16007 10.1103/PhysRevD.81.072002 http://dx.doi.org/10.1103/PhysRevD.81.072002
Idioma(s)	eng
Publicador	AMER PHYSICAL SOC
Relação	Physical Review D
Direitos	restrictedAccess Copyright AMER PHYSICAL SOC
Palavras-Chave	#NUCLEON STRUCTURE FUNCTIONS #ENERGY-RANGE #MU-N #DISTRIBUTIONS #SCATTERING #COLLISIONS #GENERATOR #PHYSICS #NOMAD #MODEL #Astronomy & Astrophysics #Physics, Particles & Fields
Tipo	article original article publishedVersion

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