Charm hadron properties in 360 GeV/c ?? p-interactions | Zendy

M. Aguilar-Benítez | Zendy; W.W.M. Allison | Zendy; J. L. Bailly | Zendy; J. F. Baland | Zendy; S. Banerjee | Zendy; W. Bartl | Zendy; M. Begalli | Zendy; P. Bellière | Zendy; A. Bettini | Zendy; L. de Billy | Zendy; R. Bizarri | Zendy; G. Borreani | Zendy; H. Briand | Zendy; R. Brun | Zendy; W. Bugg | Zendy; E. Di Capua | Zendy; C. Caso | Zendy; N. Colino | Zendy; E. Castelli | Zendy; P. Checchia | Zendy; P. Chliapnikov | Zendy; S. Colwill | Zendy; R. Contri | Zendy; D. Crennel | Zendy; M. Cresti | Zendy; A. De Angelis | Zendy; C. Defoix | Zendy; R. DiMarco | Zendy; J. Dolbeau | Zendy; J. Dumarchez | Zendy; B. Epp | Zendy; S. Falciano | Zendy; C. Fernández | Zendy; Colin M. Fisher | Zendy; Y. Fisyak | Zendy; F. Fontanelli | Zendy; J. R. Fry | Zendy; S.N. Ganguli | Zendy; L. Garbellini | Zendy; U. Gasparini | Zendy; S. Gentile | Zendy; A. T. Goshaw | Zendy; F. Grard | Zendy; A. Gurtu | Zendy; R. Hamatsu | Zendy; T. Handler | Zendy; E. L. Hart | Zendy; L. Haupt | Zendy; S. Hellman | Zendy; J.J. Hernandez | Zendy; Alain Hervé | Zendy; S.O. Holmgren | Zendy; M. Houlden | Zendy; J. Hrubec | Zendy; P. Hughes | Zendy; D. Huss | Zendy; Y. Iga | Zendy; M. Iori | Zendy; E. Jegham | Zendy; E. Johanson | Zendy; J. Kesteman | Zendy; E. Kistenev | Zendy; I. Kita | Zendy; S. Kitamura | Zendy; V.V. Kniazev | Zendy; P. Ladrón de Guevara | Zendy; M. Laloum | Zendy; J. Lemonne | Zendy; H. Leutz | Zendy; L. Lyons | Zendy; M. MacDermott | Zendy; P.K. Malhotra | Zendy; F. Marchetto | Zendy; G. Marel | Zendy; F. Marzano | Zendy; P. Mason | Zendy; M. Mazzucato | Zendy; A. Michalon | Zendy; M.E. Michalon-Mentzer | Zendy; T. Moa | Zendy; R. Monge | Zendy; L. Montanet | Zendy; G. Neuhofer | Zendy; H.K. Nguyen | Zendy; S. Nilsson | Zendy; H. Nowak | Zendy; N. Oshima | Zendy; G. Otter | Zendy; G. D. Patel | Zendy; M. Pernicka | Zendy; P. Pilette | Zendy; C. Pinori | Zendy; G. Piredda | Zendy; R. J. Plano | Zendy; A. Poppleton | Zendy; P. Poropat | Zendy; B. Powell | Zendy; G. Ransoné | Zendy; S. Reucroft | Zendy; J. Richardson | Zendy; G. Rinaudo | Zendy; K. Roberts | Zendy; H. Rohringer | Zendy; M. Schouten | Zendy; R. Schulte | Zendy; B. Selldén | Zendy; M. Sessa | Zendy; Karthik Shankar | Zendy; S. Squarcia | Zendy; P. Stamer | Zendy; V. A. Stopchenko | Zendy; W. Struczinski | Zendy; A. Subramanian | Zendy; M.C. Touboul | Zendy; U. Trevisan | Zendy; C. Troncon | Zendy; T. Tsurugai | Zendy; V. Uvarov | Zendy; L. Ventura | Zendy; P. Vilain | Zendy; E. Vlasov | Zendy; C. Voltolini | Zendy; B. Vonck | Zendy; J.H. Wickens | Zendy; C. Willmott | Zendy; P.R.S. Wright | Zendy; T. Yamagata | Zendy; V.A. Yarba | Zendy; L. Zanello | Zendy; P. Zotto | Zendy; G. Zumerle | Zendy

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Charm hadron properties in 360 GeV/c ?? p-interactions

Author(s) -

M. Aguilar-Benítez,

W.W.M. Allison,

J. L. Bailly,

J. F. Baland,

S. Banerjee,

W. Bartl,

M. Begalli,

P. Bellière,

A. Bettini,

L. de Billy,

R. Bizarri,

G. Borreani,

H. Briand,

R. Brun,

W. Bugg,

E. Di Capua,

C. Caso,

N. Colino,

E. Castelli,

P. Checchia,

P. Chliapnikov,

S. Colwill,

R. Contri,

D. Crennel,

M. Cresti,

A. De Angelis,

C. Defoix,

R. DiMarco,

J. Dolbeau,

J. Dumarchez,

B. Epp,

S. Falciano,

C. Fernández,

Colin M. Fisher,

Y. Fisyak,

F. Fontanelli,

J. R. Fry,

S.N. Ganguli,

L. Garbellini,

U. Gasparini,

S. Gentile,

A. T. Goshaw,

F. Grard,

A. Gurtu,

R. Hamatsu,

T. Handler,

E. L. Hart,

L. Haupt,

S. Hellman,

J.J. Hernandez,

Alain Hervé,

S.O. Holmgren,

M. Houlden,

J. Hrubec,

P. Hughes,

D. Huss,

Y. Iga,

M. Iori,

E. Jegham,

E. Johanson,

J. Kesteman,

E. Kistenev,

I. Kita,

S. Kitamura,

V.V. Kniazev,

P. Ladrón de Guevara,

M. Laloum,

J. Lemonne,

H. Leutz,

L. Lyons,

M. MacDermott,

P.K. Malhotra,

F. Marchetto,

G. Marel,

F. Marzano,

P. Mason,

M. Mazzucato,

A. Michalon,

M.E. Michalon-Mentzer,

T. Moa,

R. Monge,

L. Montanet,

G. Neuhofer,

H.K. Nguyen,

S. Nilsson,

H. Nowak,

N. Oshima,

G. Otter,

G. D. Patel,

M. Pernicka,

P. Pilette,

C. Pinori,

G. Piredda,

R. J. Plano,

A. Poppleton,

P. Poropat,

B. Powell,

G. Ransoné,

S. Reucroft,

J. Richardson,

G. Rinaudo,

K. Roberts,

H. Rohringer,

M. Schouten,

R. Schulte,

B. Selldén,

M. Sessa,

Karthik Shankar,

S. Squarcia,

P. Stamer,

V. A. Stopchenko,

W. Struczinski,

A. Subramanian,

M.C. Touboul,

U. Trevisan,

C. Troncon,

T. Tsurugai,

V. Uvarov,

L. Ventura,

P. Vilain,

E. Vlasov,

C. Voltolini,

B. Vonck,

J.H. Wickens,

C. Willmott,

P.R.S. Wright,

T. Yamagata,

V.A. Yarba,

L. Zanello,

P. Zotto,

G. Zumerle

Publication year - 1986

Publication title -

zeitschrift für physik c

Language(s) - English

Resource type - Journals

eISSN - 1431-5858

pISSN - 0170-9739

DOI - 10.1007/bf01551071

Subject(s) - physics , large hadron collider , charm (quantum number) , spectrometer , nuclear physics , bubble chamber , hadron , particle physics , branching (polymer chemistry) , chemistry , optics , organic chemistry

A study of the properties of charm particles produced in 360 GeV/c π-p interactions is reported. The experiment was performed using the high resolution hydrogen bubble chamber LEBC in association with the European Hybrid Spectrometer at the CERN SPS. Details of the exposure and operation of the spectrometer are given and the methods used to extract the charm data are presented. The essential physics results on the decay properties (lifetime, branching ratios) as well as on the hadroproduction properties (cross sections for D, {Mathematical expression}, F, Λc, D, correlations between charm particles) are given. © 1986 Springer-Verlag.0SCOPUS: ar.jinfo:eu-repo/semantics/publishe

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