Intranuclear Cascade in the Interactions of Neutrinos with Neon Nuclei

E. S. Vataga; V. S. Murzin; M. Aderholz; V. V. Ammosov; A. S. Asratian; M. Barth; H. H. Bingham; E. B. Brucker; R. A. Burnstein; T. K. Chatterjee; E. C. Clayton; P. F. Ermolov; I. N. Erofeeva; P. J.W. Faulkner; G. S. Gapienko; J. Guy; J. Hanlon; G. Harigel; A. A. Ivanilov; V. Jain; G. T. Jones; M. D. Jones; T. Kafka; V. S. Kaftanov; M. Kalelkar; J. M. Kohli; V. A. Korablev; M. A. Kubantsev; M. Lauko; O. Yu Lukina; J. Lys; S. I. Lyutov; P. Marage; R. H. Milburn; I. S. Mittra; D. R.O. Morrison; V. I. Moskalev; G. Myatt; R. Naon; D. Passmore; M. W. Peters; H. Rubin; J. Sacton; J. Schneps; J. B. Singh; S. Singh; W. Smart; L. N. Smirnova; P. Stamer; K. E. Varvell; W. Venus; S. Willocq

doi:10.1134/1.1312890

Intranuclear Cascade in the Interactions of Neutrinos with Neon Nuclei

E. S. Vataga
, V. S. Murzin
, M. Aderholz
, V. V. Ammosov
, A. S. Asratian
, M. Barth
, H. H. Bingham
, E. B. Brucker
, R. A. Burnstein
, T. K. Chatterjee
, E. C. Clayton
, P. F. Ermolov
, I. N. Erofeeva
, P. J.W. Faulkner
, G. S. Gapienko
, J. Guy
, J. Hanlon
, G. Harigel
, A. A. Ivanilov
, V. Jain

G. T. Jones, M. D. Jones, T. Kafka, V. S. Kaftanov, M. Kalelkar, J. M. Kohli, V. A. Korablev, M. A. Kubantsev, M. Lauko, O. Yu Lukina, J. Lys, S. I. Lyutov, P. Marage, R. H. Milburn, I. S. Mittra, D. R.O. Morrison, V. I. Moskalev, G. Myatt, R. Naon, D. Passmore, M. W. Peters, H. Rubin, J. Sacton, J. Schneps, J. B. Singh, S. Singh, W. Smart, L. N. Smirnova, P. Stamer, K. E. Varvell, W. Venus, S. Willocq

Physics

University at Albany

Lomonosov Moscow State University
Max Planck Institute for Physics (Werner Heisenberg Institute)
Institute for High Energy Physics of National Research Centre ‘Kurchatov Institute’
Alikhanov Institute for Theoretical and Experimental Physics
Inter-University Institute for High Energies (ULB-VUB)
University of California at Berkeley
Stevens Institute of Technology
Illinois Institute of Technology
Panjab University
Imperial College London
University of Birmingham
STFC Rutherford Appleton Laboratory (RAL)
Fermi National Accelerator Laboratory
CERN
University of Hawai'i at Mānoa
Tufts University
Rutgers - The State University of New Jersey, New Brunswick
Department of Nuclear Physics
Australian Nuclear Science and Technology Organisation
University of Massachusetts

Research output: Contribution to journal › Article › peer-review

4 Scopus citations

Abstract

A method is developed for separating νN interactions from interactions involving an intranuclear cascade in νNe scattering at a mean neutrino energy of 145 GeV. The fraction of events featuring a cascade is evaluated by using a sample of νNe charged-current interactions. It is found that the multiplicity of charged particles in the forward direction takes the same value for events with and without a cascade for 4 < W² < 550 GeV². In the backward direction, cascade events have the charge multiplicity higher than the multiplicity for cascade-free events by 2.36 units. It is found that particles with momenta less than 2 GeV/c make a dominant contribution to the rescattering process. A depletion of the fastest particles for W² < 50 GeV² is observed, in accord with the formation-time concept.

Original language	English
Pages (from-to)	1574-1583
Number of pages	10
Journal	Physics of Atomic Nuclei
Volume	63
Issue number	9
DOIs	https://doi.org/10.1134/1.1312890
State	Published - 2000

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10.1134/1.1312890

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Vataga, E. S., Murzin, V. S., Aderholz, M., Ammosov, V. V., Asratian, A. S., Barth, M., Bingham, H. H., Brucker, E. B., Burnstein, R. A., Chatterjee, T. K., Clayton, E. C., Ermolov, P. F., Erofeeva, I. N., Faulkner, P. J. W., Gapienko, G. S., Guy, J., Hanlon, J., Harigel, G., Ivanilov, A. A., ... Willocq, S. (2000). Intranuclear Cascade in the Interactions of Neutrinos with Neon Nuclei. Physics of Atomic Nuclei, 63(9), 1574-1583. https://doi.org/10.1134/1.1312890

@article{8ff0151258e94fcd86dbe3a3f1586a58,

title = "Intranuclear Cascade in the Interactions of Neutrinos with Neon Nuclei",

abstract = "A method is developed for separating νN interactions from interactions involving an intranuclear cascade in νNe scattering at a mean neutrino energy of 145 GeV. The fraction of events featuring a cascade is evaluated by using a sample of νNe charged-current interactions. It is found that the multiplicity of charged particles in the forward direction takes the same value for events with and without a cascade for 4 < W2 < 550 GeV2. In the backward direction, cascade events have the charge multiplicity higher than the multiplicity for cascade-free events by 2.36 units. It is found that particles with momenta less than 2 GeV/c make a dominant contribution to the rescattering process. A depletion of the fastest particles for W2 < 50 GeV2 is observed, in accord with the formation-time concept.",

author = "Vataga, \{E. S.\} and Murzin, \{V. S.\} and M. Aderholz and Ammosov, \{V. V.\} and Asratian, \{A. S.\} and M. Barth and Bingham, \{H. H.\} and Brucker, \{E. B.\} and Burnstein, \{R. A.\} and Chatterjee, \{T. K.\} and Clayton, \{E. C.\} and Ermolov, \{P. F.\} and Erofeeva, \{I. N.\} and Faulkner, \{P. J.W.\} and Gapienko, \{G. S.\} and J. Guy and J. Hanlon and G. Harigel and Ivanilov, \{A. A.\} and V. Jain and Jones, \{G. T.\} and Jones, \{M. D.\} and T. Kafka and Kaftanov, \{V. S.\} and M. Kalelkar and Kohli, \{J. M.\} and Korablev, \{V. A.\} and Kubantsev, \{M. A.\} and M. Lauko and Lukina, \{O. Yu\} and J. Lys and Lyutov, \{S. I.\} and P. Marage and Milburn, \{R. H.\} and Mittra, \{I. S.\} and Morrison, \{D. R.O.\} and Moskalev, \{V. I.\} and G. Myatt and R. Naon and D. Passmore and Peters, \{M. W.\} and H. Rubin and J. Sacton and J. Schneps and Singh, \{J. B.\} and S. Singh and W. Smart and Smirnova, \{L. N.\} and P. Stamer and Varvell, \{K. E.\} and W. Venus and S. Willocq",

year = "2000",

doi = "10.1134/1.1312890",

language = "English",

volume = "63",

pages = "1574--1583",

journal = "Physics of Atomic Nuclei",

issn = "1063-7788",

publisher = "Pleiades Publishing",

number = "9",

}

Vataga, ES, Murzin, VS, Aderholz, M, Ammosov, VV, Asratian, AS, Barth, M, Bingham, HH, Brucker, EB, Burnstein, RA, Chatterjee, TK, Clayton, EC, Ermolov, PF, Erofeeva, IN, Faulkner, PJW, Gapienko, GS, Guy, J, Hanlon, J, Harigel, G, Ivanilov, AA, Jain, V, Jones, GT, Jones, MD, Kafka, T, Kaftanov, VS, Kalelkar, M, Kohli, JM, Korablev, VA, Kubantsev, MA, Lauko, M, Lukina, OY, Lys, J, Lyutov, SI, Marage, P, Milburn, RH, Mittra, IS, Morrison, DRO, Moskalev, VI, Myatt, G, Naon, R, Passmore, D, Peters, MW, Rubin, H, Sacton, J, Schneps, J, Singh, JB, Singh, S, Smart, W, Smirnova, LN, Stamer, P, Varvell, KE, Venus, W & Willocq, S 2000, 'Intranuclear Cascade in the Interactions of Neutrinos with Neon Nuclei', Physics of Atomic Nuclei, vol. 63, no. 9, pp. 1574-1583. https://doi.org/10.1134/1.1312890

TY - JOUR

T1 - Intranuclear Cascade in the Interactions of Neutrinos with Neon Nuclei

AU - Vataga, E. S.

AU - Murzin, V. S.

AU - Aderholz, M.

AU - Ammosov, V. V.

AU - Asratian, A. S.

AU - Barth, M.

AU - Bingham, H. H.

AU - Brucker, E. B.

AU - Burnstein, R. A.

AU - Chatterjee, T. K.

AU - Clayton, E. C.

AU - Ermolov, P. F.

AU - Erofeeva, I. N.

AU - Faulkner, P. J.W.

AU - Gapienko, G. S.

AU - Guy, J.

AU - Hanlon, J.

AU - Harigel, G.

AU - Ivanilov, A. A.

AU - Jain, V.

AU - Jones, G. T.

AU - Jones, M. D.

AU - Kafka, T.

AU - Kaftanov, V. S.

AU - Kalelkar, M.

AU - Kohli, J. M.

AU - Korablev, V. A.

AU - Kubantsev, M. A.

AU - Lauko, M.

AU - Lukina, O. Yu

AU - Lys, J.

AU - Lyutov, S. I.

AU - Marage, P.

AU - Milburn, R. H.

AU - Mittra, I. S.

AU - Morrison, D. R.O.

AU - Moskalev, V. I.

AU - Myatt, G.

AU - Naon, R.

AU - Passmore, D.

AU - Peters, M. W.

AU - Rubin, H.

AU - Sacton, J.

AU - Schneps, J.

AU - Singh, J. B.

AU - Singh, S.

AU - Smart, W.

AU - Smirnova, L. N.

AU - Stamer, P.

AU - Varvell, K. E.

AU - Venus, W.

AU - Willocq, S.

PY - 2000

Y1 - 2000

N2 - A method is developed for separating νN interactions from interactions involving an intranuclear cascade in νNe scattering at a mean neutrino energy of 145 GeV. The fraction of events featuring a cascade is evaluated by using a sample of νNe charged-current interactions. It is found that the multiplicity of charged particles in the forward direction takes the same value for events with and without a cascade for 4 < W2 < 550 GeV2. In the backward direction, cascade events have the charge multiplicity higher than the multiplicity for cascade-free events by 2.36 units. It is found that particles with momenta less than 2 GeV/c make a dominant contribution to the rescattering process. A depletion of the fastest particles for W2 < 50 GeV2 is observed, in accord with the formation-time concept.

AB - A method is developed for separating νN interactions from interactions involving an intranuclear cascade in νNe scattering at a mean neutrino energy of 145 GeV. The fraction of events featuring a cascade is evaluated by using a sample of νNe charged-current interactions. It is found that the multiplicity of charged particles in the forward direction takes the same value for events with and without a cascade for 4 < W2 < 550 GeV2. In the backward direction, cascade events have the charge multiplicity higher than the multiplicity for cascade-free events by 2.36 units. It is found that particles with momenta less than 2 GeV/c make a dominant contribution to the rescattering process. A depletion of the fastest particles for W2 < 50 GeV2 is observed, in accord with the formation-time concept.

UR - https://www.scopus.com/pages/publications/0034414497

U2 - 10.1134/1.1312890

DO - 10.1134/1.1312890

M3 - Article

SN - 1063-7788

VL - 63

SP - 1574

EP - 1583

JO - Physics of Atomic Nuclei

JF - Physics of Atomic Nuclei

IS - 9

ER -

Intranuclear Cascade in the Interactions of Neutrinos with Neon Nuclei

Abstract

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