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P. Carruthers, C. Shih (1983)
Correlations and fluctuations in hardonic multiciplicity distribution: The meaning of KNO scalingPhysics Letters B, 127
H. Satz (1985)
THE TRANSITION FROM HADRON MATTER TO QUARK-GLUON PLASMAAnnual Review of Nuclear and Particle Science, 35
B. Andersson, G. Gustafson, G. Ingelman, T. Sjöstrand (1983)
Parton fragmentation and string dynamicsPhysics Reports, 97
Dąbrowska, Holynski, Jurak, Olszewski, Szarska, Trzupek, Wilczynska, Wilczyński, Wolter, Wosiek, Wozniak, Cherry, Jones, Sengupta, Wefel, Freier, Waddington (1993)
Particle production in interactions of 200 GeV/nucleon oxygen and sulfur nuclei in nuclear emulsion.Physical review. D, Particles and fields, 47 5
S. Carius, G. Ingelman (1990)
The log-normal distribution for cascade multiplicities in hadron collisionsPhysics Letters B, 252
W. Busza, R. Ledoux (1988)
Energy deposition in high-energy proton-nucleus collisionsAnnual Review of Nuclear and Particle Science, 38
J. Babecki, Z. Czachowska, B. Furmańska, J. Gicrula, R. Hołyński, A. Jurak, S. Krywdziński, G. Nowak, B. Slezak, W. Wolter (1973)
Multiplicity distributions in proton-nucleus collisions at 67 and 200 GeVPhysics Letters B, 47
M. El‐Nadi, O. Badawy, M. Hegab, M. Hussein, A. Abdelsalam, M. Sherif, M. Ghoneim, N. Sadek, A. El-Sikafi, S. El-Sharkawi, A. El‐Shawarbi (1983)
Inelastic interactions of 340-GeV/c π - with emulsion nucleiPhysical Review D, 27
Z. Anzon, I. Chasnikov, A. Gaitinov, L.E. Eremina, E.G. Kanygina, T. Shakhova, Z. Takibaev, F. Lepekhin, B. Simonov, M. Adamovich, M. Chernyavskij, S. Kharlamov, V. Larionova, G. Orlova, M. Tretyakova, F.P. Yagudina, Sh. Abduzhamilov, S. Azimov, M. Dzhuraev, S. Gadzhieva, R. Bondarenko, G. Chernov, K. Gulamov, U. Gulyamov, Kh. Kabulniyazov, V. Navotny, V. Petrov (1977)
A study of inelastic pion-nucleus interactions at 200 GeV/c in an emulsionNuclear Physics, 129
E. Boos, A. Borisenko, A. Kazanskaya, A. Kholmetskaya, P. Morozova, N. Pavlova, F. Lepekhin, B. Simonov, M. Adamovich, M. Chernyavskij, S. Kharlamov, V. Larionova, N. Maslennikova, G. Orlova, N. Salmanova, M. Tretyakova, F. Yagudina, Sh. Abduzhamilov, S. Azimov, L. Chernova, G. Chernov, S. Gadzhieva, K. Gulamov, N. Kasymova, V. Petrov, N. Scripnik, T. Trofimova (1978)
Diffractive coherent production in interactions of 400 GeV/c protons on emulsion nucleiNuclear Physics, 137
G. Giacomelli (1990)
Inclusive and semi-inclusive hadron interactions at ISR and collider energiesInternational Journal of Modern Physics A, 05
R. Szwed, G. Wrochna, A. Wróblewski (1990)
GENESIS OF THE LOGNORMAL MULTIPLICITY DISTRIBUTION IN THE e+e− COLLISIONS AND OTHER STOCHASTIC PROCESSESModern Physics Letters A, 05
A. Dąbrowska, R. Hołyński, A. Olszewski, M. Szarska, A. Trzupek, B. Wilczynska, H. Wilczynski, W. Wolter, B. Wosiek, K. Wozniak, K. Zalewski, M. Cherry, W. Jones, K. Sengupta, J. Wefel, P. Freier, C. Waddington, K. Collaboration (1993)
Evidence for a nuclear phase transition in target nuclei after relativistic nuclear interactionsZeitschrift für Physik C Particles and Fields, 59
S. Azimov, G. Chernov, K. Gulamov, Kh. Kabulniyazov, B. Levchenko, V. Navotny (1984)
Characteristics of heavily ionizing particles and correlation effects in high-energy hadron-nucleus collisions in emulsionIl Nuovo Cimento A (1965-1970), 84
R. Holklyński, M. Jeżabek, K. Wozniak (1986)
Pseudorapidity distributions from pion-emulsion interactions in the energy range 60 GeV to 300 GeVZeitschrift für Physik C Particles and Fields, 31
T. Sjöstrand (1986)
The Lund Monte Carlo for jet fragmentation and e+e- physics - jetset version 6.2Computer Physics Communications, 39
T. Hoang, B. Cork, H. Crawford (1985)
Cross-sections of high energy nuclear reactionsZeitschrift für Physik C Particles and Fields, 29
A. Abduzhamilov, Sh. Abduzhamilov, L. Barbier, L. Chernova, M. Chernyavski, S. Gadzhieva, K. Gulamov, R. Hołyński, W. Jones, N. Lukicheva, V. Navotny, G. Orlova, N. Saidkhanov, N. Salmanova, L. Svechnikova, M. Tretyakova, W. Wolter, B. Wosiek, K. Wozniak (1988)
COHERENT PRODUCTION OF PARTICLES IN INTERACTIONS OF 800 GEV PROTONS WITH EMULSION NUCLEIModern Physics Letters A, 03
Abduzhamilov, Barbier, Chernova, Chernyavsky, Gadzhieva, Gulamov, Holynski, Jones, Litvinenko, Lukicheva, Mirkhodzhaeva, Navotny, Orlova, Petrov, Ravvina, Saidkhanov, Salmanova, Svechnikova, Tretyakova, Wefel, Wolter, Wosiek, Wozniak (1987)
Charged-particle multiplicity and angular distributions in proton-emulsion interactions at 800 GeV.Physical review. D, Particles and fields, 35 11
S. Fredriksson, G. Eilam, G. Berlad, L. Bergström (1987)
High-energy collisions with atomic nuclei: The experimental resultsPhysics Reports, 144
K. Kajantie, L. McLerran (1987)
Probes of the Quark Gluon Plasma in High Energy CollisionsAnnual Review of Nuclear and Particle Science, 37
A. Giovannini, L. Hove (1986)
Negative binomial multiplicity distributions in high energy hadron collisionsZeitschrift für Physik C Particles and Fields, 30
R. Szwed, G. Wrochna (1990)
Scaling predictions for multiplicity distributions at LEPZeitschrift für Physik C Particles and Fields, 47
A. Carroll, I. Chiang, T. Kycia, K.K. Li, M. Marx, D. Rahm, W. Baker, D.P. Earty, G. Giacomelli, A. Jonckheere, P. Koehler, P. Mazur, R. Rubinstein, O. Fackler (1979)
Absorption cross section of π +/- , K +/- , p and p on nuclei between 60 and 280 GeV/cPhysics Letters B, 80
A. Giovannini (1973)
«Thermal chaos» and «coherence» in multiplicity distributions at high energiesIl Nuovo Cimento A (1965-1970), 15
E. Boos, A. Borisenko, A. Kazanskaya, A. Kholmetskaya, P. Morozova, N. Pavlova, F. Lepekhin, B. Simonov, M. Adamovich, M. Chernyavskij, S. Kharlamov, V. Larionova, N. Maslennikova, G. Orlova, M. Tretyakova, F. Yagudina, Sh. Abduzhamilov, S. Azimov, L. Chernova, G. Chernov, S. Gadzhieva, K. Gulamov, Kh. Kabulniyazov, N. Kasymova, V. Petrov, N. Scripnik, T. Trofimova (1978)
Investigation of inelastic interactions of 400 GeV protons with emulsion nucleiNuclear Physics, 143
A. Abduzhamilov, S. Azimov, L. Barbier, L. Chernova, M. Chernyavski, S. Gadzhieva, K. Gulamov, R. Hołyński, W. Jones, N. Litvinenko, N. Lukicheva, V. Navotny, G. Orlova, E. Ravvina, N. Saidkhanov, N. Salmanova, L. Svechnikova, M. Tretyakova, W. Wolter, B. Wosiek, K. Wozniak (1988)
Multiplicity in proton-nucleus interactions in emulsion at 800 GeVZeitschrift für Physik C Particles and Fields, 40
Z. Koba, H. Nielsen, P. Olesen (1972)
Scaling of multiplicity distributions in high-energy hadron collisionsNuclear Physics, 40
B. Nilsson-Almqvist, E. Stenlund (1987)
Interactions between hadrons and nuclei: The Lund Monte Carlo - FRITIOF version 1.6 -Computer Physics Communications, 43
H. Heckman (1977)
STUDY OF CENTRAL COLLISIONS PRODUCED BY RELATIVISTIC HEAVY IONS IN NUCLEAR EMULSION
E. Stenlund, I. Otterlund (1982)
On slow particle production in hadron-nucleus interactionsNuclear Physics, 198
Measurements have been made of inclusive 525 GeV π - interactions in emulsion. The results are compared to proton-emulsion and lower energy pion-emulsion data. Average multiplicities of relativistic shower particles increase with increasing energy, although with a somewhat steeper slope above 60 GeV than at lower energies. The ratio 〈 n s 〉 p /〈 n s 〉 π ∼1.1 over the energy range 60–525 GeV. The ratio of the dispersion in the multiplicity distribution to the average multiplicity is the same for proton and pion collisions in emulsion, and is independent of projectile energy. The shape of the shower particle multiplicity distribution does not vary significantly with energy, and KNO scaling appears to hold over the energy range 60–525 GeV. The shower particle pseudorapidity distributions are independent of the beam energy in the target and projectile fragmentation regions, and both the pseudorapidity and multiplicity distributions agree reasonably well with the f r i t i o f model predictions for 525 GeV pions. The dependence of the shower particle multiplicity 〈 n s 〉 on the number of heavy tracks N h appraoches saturation as the total shower particle energy becomes a significant fraction of √ s , and the pseudorapidity distributions shift toward smaller 〈η〉 with increasing numbers of grey and black tracks at 525 GeV. Neither the average number 〈 N h 〉 nor the multiplicity distributions of the heavily ionizing tracks vary significantly with energy, and the normalized angular distributions of grey and black tracks are independent of the type of projectile or projectile energy.
Physical Review D – American Physical Society (APS)
Published: Oct 1, 1994
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