1995Progress of Theoretical Physics SupplementRequires access

The Spin-Dependent Gluon Distribution in a Proton

Toshiyuki Morii, S. Tanaka, Teruya Yamanishi

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Abstract

By using the positivity condition of distribution functions together with the unpolarized and polarized experimental data, we restrict the x dependence of the polarized gluon distribution. If we take the form of the spin-dependent gluon distribution as δG(x)=Bxγ(1−x)p as a typical form, the γ and p are restricted as γ≲ −0.3 and p≳10.

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What this paper is about

By using the positivity condition of distribution functions together with the unpolarized and polarized experimental data, we restrict the x dependence of the polarized gluon distribution. If we take the form of the spin-dependent gluon distribution as δG(x)=Bxγ(1−x)p as a typical form, the γ and p are restricted as γ≲ −0.3 and p≳10.

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Available abstract

By using the positivity condition of distribution functions together with the unpolarized and polarized experimental data, we restrict the x dependence of the polarized gluon distribution. If we take the form of the spin-dependent gluon distribution as δG(x)=Bxγ(1−x)p as a typical form, the γ and p are restricted as γ≲ −0.3 and p≳10.

Key concepts: Gluon, Proton, Distribution (mathematics), Particle physics, Physics, Spin (aerodynamics), Distribution function, Proton spin crisis

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