H1Zeus - HERA Combined Results

DIFFRACTION

Combined Measurement of Diffraction at HERA (Preliminary)

(1) Reduced diffractive cross section as a function of xpom for different beta and Q^2 (H1 FPS vs ZEUS LPS) fig01
Reduced diffractive cross section as a function of xpom for different beta and Q^2 (H1 FPS vs ZEUS LPS)
(2) Reduced diffractive cross section as a function of xpom for different beta and Q^2 (H1 FPS vs ZEUS LPS vs H1+ZEUS combined) fig02
Reduced diffractive cross section as a function of xpom for different beta and Q^2 (H1 FPS vs ZEUS LPS vs H1+ZEUS combined)
(3) Reduced diffractive cross section as a function of xpom for different beta and Q^2 (H1+ZEUS combined) fig03
Reduced diffractive cross section as a function of xpom for different beta and Q^2 (H1+ZEUS combined)
(4) Reduced diffractive cross section as a function of Q^2 for different beta and xpom (H1 FPS vs ZEUS LPS) fig04
Reduced diffractive cross section as a function of Q^2 for different beta and xpom (H1 FPS vs ZEUS LPS)
(5) Reduced diffractive cross section as a function of Q^2 for different beta and xpom (H1 FPS vs ZEUS LPS vs H1+ZEUS combined) fig05
Reduced diffractive cross section as a function of Q^2 for different beta and xpom (H1 FPS vs ZEUS LPS vs H1+ZEUS combined)
(6) Reduced diffractive cross section as a function of Q^2 for different beta and xpom (H1+ZEUS combined) fig06
Reduced diffractive cross section as a function of Q^2 for different beta and xpom (H1+ZEUS combined)
(7) Reduced diffractive cross section as a function of Q^2 for selected beta and xpom (1) fig07
Reduced diffractive cross section as a function of Q^2 for selected beta and xpom (1)
(8) Reduced diffractive cross section as a function of Q^2 for selected beta and xpom (2) fig08
Reduced diffractive cross section as a function of Q^2 for selected beta and xpom (2)
(9) Reduced diffractive cross section as a function of xpom for selected beta and Q^2 (1) fig09
Reduced diffractive cross section as a function of xpom for selected beta and Q^2 (1)
(10) Reduced diffractive cross section as a function of xpom for selected beta and Q^2 (2) fig10
Reduced diffractive cross section as a function of xpom for selected beta and Q^2 (2)