blois-2003

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Dijets in Double Pomeron ExchangeTest of factorizationND jet jetp0SD jet jetppIPp0DPE jet jetpppIPIPη_ pp 0 ηη p (not detected)R(SD/ND)R(DPE/SD)equal?R(x) per unit ξ10110 -110 -210 -3R ∼ (x) / ∆ξ10.5R DPESDR SDND00 ξ0.1p7 < E Jet1, 2 T< 10 GeV0.035 < ξ-p < 0.0950.01 < ξ p< 0.03| t-p| < 1.0 GeV210 -3 10 -2 10 -1xR ≈ 5×DPESDRSDNDFactorization breaks downThe second gap is un-suppressed!!!
Run II Diffraction at the TevatronCDF Forward DetectorsCDFTOROIDROMANPOTSA-48DIPOLESELECTROSTATICSEPARATORESSMINIPLUGQUADSz 56.40 m 31.63 m 23.23 m 6.59 m 0BSC-4 BSC-3 BSC-2 BSC-1" MiniPlug calorimeters (3.5
Page 1 and 2: Soft and Hard Diffraction at CDFKon
Page 3 and 4: "rapidity gaps are regions of rapid
Page 5 and 6: ! Elastic scattering! Total cross s
Page 7 and 8: Soft Single Diffraction Datap( p) +
Page 9 and 10: Two-Gap Diffraction (hep-ph/0205141
Page 11 and 12: Soft Double Pomeron Exchange# Roman
Page 14 and 15: Diffractive Dijets with Leading Ant
Page 18 and 19: Run II Forward Detector Layout
Page 20 and 21: J5RP inclusiveRP+J5RP+J5+BSC-GAP_pR
Page 22 and 23: Diffractive Dijet Structure Functio
Page 24 and 25: Data SelectionDPE: RP+J5+BSC_GAP_pS
Page 26 and 27: Inclusive/Exclusive DPE Dijet Predi
Page 28 and 29: Run II: Exclusive DPE Dijets ?No ex
Page 30: SUMMARYSoft and hard conclusions$ S

blois-2003

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