Transverse momentum distributions for exclusiveρ 0 muoproduction | Zendy

P. Amaudruz | Zendy; M. Arneodo | Zendy; A. Arvidson | Zendy; B. Badełek | Zendy; G. Baum | Zendy; J. Beaufays | Zendy; I. Bird | Zendy; M. Botje | Zendy; C. Broggini | Zendy; W. Brückner | Zendy; A. Brüll | Zendy; W.J. Burger | Zendy; J. Ciborowski | Zendy; R. van Dantzig | Zendy; H. Döbbeling | Zendy; J. Domingo | Zendy; J. Drinkard | Zendy; H. Engelien | Zendy; M.I. Ferrero | Zendy; L. Fluri | Zendy; P. Grafström | Zendy; D. von Harrach | Zendy; M. Van Der Heijden | Zendy; C. A. Heusch | Zendy; Q. Ingram | Zendy; K. Janson | Zendy; M. de Jong | Zendy; E. M. Kabuß | Zendy; R. Kaiser | Zendy; T. Ketel | Zendy; F. Klein | Zendy; B. Korzen | Zendy; U. Krüner | Zendy; S. Kullander | Zendy; U. Landgraf | Zendy; F. Lettenström | Zendy; T. Lindqvist | Zendy; G.K. Mallot | Zendy; C. Mariotti | Zendy; G. van Middelkoop | Zendy; Y. Mizuno | Zendy; J. Nassalski | Zendy; D. Nowotny | Zendy; N. Pavel | Zendy; C. Peroni | Zendy; H. Peschel | Zendy; Bogdan Povh | Zendy; R. Rieger | Zendy; K. Rith | Zendy; K. Röhrich | Zendy; E. Rondio | Zendy; L. Ropelewski | Zendy; A. Sandacz | Zendy; Christoph Scholz | Zendy; R. A. Schumacher | Zendy; U. Sennhauser | Zendy; F. Sever | Zendy; T.-A. Shibata | Zendy; M. Siebler | Zendy; A. Simon | Zendy; A. Staiano | Zendy; G. N. Taylor | Zendy; M. Treichel | Zendy; J.-L. Vuilleumier | Zendy; Th. Walcher | Zendy; R. Windmolders | Zendy; Frank Zetsche | Zendy

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Transverse momentum distributions for exclusiveρ 0 muoproduction

Author(s) -

P. Amaudruz,

M. Arneodo,

A. Arvidson,

B. Badełek,

G. Baum,

J. Beaufays,

I. Bird,

M. Botje,

C. Broggini,

W. Brückner,

A. Brüll,

W.J. Burger,

J. Ciborowski,

R. van Dantzig,

H. Döbbeling,

J. Domingo,

J. Drinkard,

H. Engelien,

M.I. Ferrero,

L. Fluri,

P. Grafström,

D. von Harrach,

M. Van Der Heijden,

C. A. Heusch,

Q. Ingram,

K. Janson,

M. de Jong,

E. M. Kabuß,

R. Kaiser,

T. Ketel,

F. Klein,

B. Korzen,

U. Krüner,

S. Kullander,

U. Landgraf,

F. Lettenström,

T. Lindqvist,

G.K. Mallot,

C. Mariotti,

G. van Middelkoop,

Y. Mizuno,

J. Nassalski,

D. Nowotny,

N. Pavel,

C. Peroni,

H. Peschel,

Bogdan Povh,

R. Rieger,

K. Rith,

K. Röhrich,

E. Rondio,

L. Ropelewski,

A. Sandacz,

Christoph Scholz,

R. A. Schumacher,

U. Sennhauser,

F. Sever,

T.-A. Shibata,

M. Siebler,

A. Simon,

A. Staiano,

G. N. Taylor,

M. Treichel,

J.-L. Vuilleumier,

Th. Walcher,

R. Windmolders,

Frank Zetsche

Publication year - 1992

Publication title -

zeitschrift für physik c

Language(s) - English

Resource type - Journals

eISSN - 1431-5858

pISSN - 0170-9739

DOI - 10.1007/bf01566652

Subject(s) - physics , hadron , spectral line , nuclear physics , transverse plane , momentum (technical analysis) , inelastic scattering , scattering , deep inelastic scattering , elementary particle , particle physics , quantum mechanics , engineering , economics , structural engineering , finance

We have studied transverse momentum distributions for exclusiveρ0 muoproduction on protons and heavier nuclei at $2\lt Q^2\lt 25$ GeV2. The $Q^2$ dependence of the slopes of the $p_t^2$ andt′ distributions is discussed. The influence of the non-exclusive background is investigated. Thept2-slope for exclusive events is 4.3±0.6±0.7 GeV$^{−2}$ at large $Q^2$. The $p_t^2$ spectra are much softer than inclusive $p_t^2$ spectra of leading hadrons produced in deep inelastic scattering

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