The Spin-Dependent Structure Functions of Nuclei in the Meson-Nucleon Theory

Abstract

A theoretical approach to the investigation of spin-dependent structure functions in deep inelastic scattering of polarized leptons off polarized nuclei, based on the effective meson-nucleon theory and operator product expansion method, is proposed and applied to deuteron and ${}^{3}He$. The explicit forms of the moments of the deuteron and ${}^{3}He$ spin-dependent structure functions are found and numerical estimates of the influence of nuclear structure effects are presented.

42 pages revtex, 7 postscript figures available from above e-mail upon request. Perugia preprint DFUPG 92/94

References in corpus (3)

• Consistent Analysis of the Spin Content of the Nucleon
• Nuclear effects in Deep Inelastic Scattering of polarized electrons off polarized 3He and the neutron spin structure functions
• Shadowing in Deuterium

Cited by in corpus (8)

• Nuclear Deep-Inelastic Lepton Scattering and Coherence Phenomena
• Measurement of Inclusive Spin Structure Functions of the Deuteron
• Precise Determination of the Deuteron Spin Structure at Low to Moderate $Q^2$ with CLAS and Extraction of the Neutron Contribution
• Polarized Deep-Inelastic Scattering from Nuclei -- A Relativistic Approach
• The Neutron Spin Structure Function from the Deuteron Data in the Resonance Region
• Distorted spin-dependent spectral function of an A=3 nucleus and semi-inclusive deep inelastic scattering processes
• Opportunities and open questions in modern $\beta$ decay
• Final state interactions and the extraction of neutron single spin asymmetries from SIDIS by a transversely polarized ${}^3$He target