Speaker
Boris Pokorny
(Charles University Prague)
Description
In this measurement, the cross section for dijet production in
diffractive deep-inelastic scattering is presented. The diffractive
events are selected by requiring the presence of a Large Rapidity Gap
in the forward region of H1 detector. The data have been collected
during the HERA-2 period and correspond to an integrated luminosity of
284 pb$^{-1}$. The data cover the range x_P <0.03 and 4
≤ Q$^{2}$ ≤ 80 GeV$^{2}$ in photon virtuality. The phase space of
the analysis is defined by two inclusive jets found by the k_T
cluster algorithm in the hadronic centre-of-mass system. The leading and
sub-leading jets are required to have
E_T$^{*jet1}$ > 5.5 GeV and
E_T$^{*jet2}$ > 4 GeV, respectively and to lie
within LAr calorimeter acceptance,
i.e. -1 < η$^{jet1,2}$ < 2. Differential cross sections are
compared to QCD Next-to-leading calculations corrected to the level
of stable hadrons.
Authors
Karin Daum
(University of Wuppertal/DESY)
Stefan Schmitt
(Deutsches Elektronen-Synchrotron (DE))
