Further experimental tests for simple relations between unpolarized and polarized quark parton distributions

Abstract

Some simple relations between unpolarized and polarized quark parton distributions have direct experimental consequences which will be presented here. In particular, we will see that it is possible to relate the deep inelastic structure functions $F_2$ and $g_1$, both for proton and deuteron, in fair agreement with experimental data.

5 pages, in Latex, 3 figures

References in corpus (3)

• Measurement of the Spin-Dependent Structure Function $g_1(x)$ of the Proton
• PHENOMENOLOGICAL APPROACH TO UNPOLARIZED AND POLARIZED PARTON DISTRIBUTIONS AND EXPERIMENTAL TESTS
• Experimental Evidence for Simple Relations between Unpolarized and Polarized Parton Distributions

Cited by in corpus (7)

• Structure Functions of the Nucleon and their Interpretation
• Perturbative Duality in the Resonance Spin Structure Functions
• Probing Polarized Parton Distributions with Meson Photoproduction
• QCD expectations for the spin structure function $g_1$ in the low $x$ region
• Unified description of the non-singlet spin dependent structure function $g_1$ incorporating Altarelli-Parisi evolution and the double logarithmic $l{n}^2(1/x)$ effects at low $x$
• Measuring Polarized Gluon and Quark Distributions with Meson Photoproduction
• QCD predictions for spin dependent photonic structure function $g_1^{\gamma }(x,Q^2)$ in the low x region of future linear colliders