TL;DR
This paper investigates the structure of virtual photons at HERA by measuring dijet cross-sections and comparing them with Monte Carlo simulations, including the first analysis of resolved longitudinally polarized virtual photon processes.
Contribution
It provides the first investigation of resolved longitudinally polarized virtual photon processes and compares different photon structure assumptions in dijet production at HERA.
Findings
Measured triple differential dijet cross-sections in ep interactions.
Compared data with various Monte Carlo models of photon structure.
First analysis of resolved longitudinally polarized virtual photon effects.
Abstract
Triple differential dijet cross-sections in e p interactions measured with the H1 and ZEUS detectors at HERA are presented. The data are compared to Monte Carlo simulations which differ in their assumptions about photon structure and parton evolution. Effects of the resolved processes of longitudinally polarized virtual photons at HERA are investigated for the first time.
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