The Effect of Confinement Size on Nuclear Structure Functions

Jun, 1983
5 pages
Published in:
  • Phys.Lett.B 129 (1983) 346-350
  • Published: 1983
Report number:
  • RL-83-051

Citations per year

19831993200320132023010203040
Abstract: (Elsevier)
We consider the differences in the structure function of a heavy nucleus, such as iron, compared to a light nucleus. We investigate, in the context of QCD, a suggestion that these differences arise as a result of differences in the scale of confinement of the nuclear constituents. This results in a simple relationship between heavy and light nucleus structure functions which is in reasonable agreement with experiment if the confinement size in iron is around 10–20% greater than in a free nucleon.
  • LIGHT NUCLEUS: STRUCTURE FUNCTION
  • DEUTERIUM
  • NUCLEUS: STRUCTURE FUNCTION
  • IRON
  • QUANTUM CHROMODYNAMICS
  • QUARK: CONFINEMENT
  • MODEL: BAG
  • NUMERICAL CALCULATIONS: INTERPRETATION OF EXPERIMENTS