Precision measurement of the structure function ratiosF 2 He /F 2 D ,F 2 C /F 2 D andF 2 Ca /F 2 D

6533b837fe1ef96bd12a293e

RESEARCH PRODUCT

Precision measurement of the structure function ratiosF 2 He /F 2 D ,F 2 C /F 2 D andF 2 Ca /F 2 D

L. Fluri E. Rondio G. K. Mallot E.m. Kabuß M. Siebler R. Kaiser B. Korzen H. Peschel C. Scholz J. L. Vuilleumier W. Brückner Y. Mizuno H. Engelien D. Von Harrach T. Lindqvist K. Röhrich Michele Arneodo Quentin Ingram M. Van Der Heijden R. Van Dantzig C. A. Heusch G. Baum L. Ropelewski F. Lettenström J. Beaufays P. Grafström Klaus Rith M. Treichel Chiara Mariotti F. Sever N. Pavel R. A. Schumacher M. De Jong A. Brüll Amedeo Staiano M. Botje H. Döbbeling G. Van Middelkoop F. Klein Jacek Ciborowski C. Broggini J. Nassalski A. Simon Cristiana Peroni D. Nowotny Roland Windmolders U. Krüner A. Sandacz Ulrich Landgraf A. Arvidson Bogdan Povh T.-a. Shibata U. Sennhauser W. J. Burger I. G. Bird R. Rieger P. Amaudruz K. Janson F. Zetsche S. Kullander J. Domingo B. Badelek Geoffrey Taylor Tjeerd Ketel J. Drinkard T. Walcher M.i. Ferrero

subject

Physics Momentum (technical analysis)Muon Physics and Astronomy (miscellaneous)Scattering Structure function chemistry.chemical_element Elementary particle 530 Particle acceleration chemistry Atomic physics Engineering (miscellaneous)Particle Physics - Experiment Helium

description

We present the structure function ratiosF2He/F2D,F2C/F2D andF2Ca/F2D measured in deep inelastic muon-nucleus scattering at an incident muon momentum of 200 GeV. The kinematic range 0.0035<x<0.65 and 0.5<Q2<90 GeV2 is covered. At lowx the three ratios are significantly smaller than unity and the size of the depletion grows with decreasingx and increasing mass numberA. At intermediatex the ratios show an enhancement of about 2% above unity for C/D and Ca/D, possibly less for He/D. There are indications of someQ2 dependence in the Ca/D data. The integrals of the structure function differencesF2A−F2D are discussed.

year	journal	country	edition	language
1991-09-01	Zeitschrift f�r Physik C Particles and Fields

https://doi.org/10.1007/bf01548560

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