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](diffraction/combined_plots_thumb/fig01.gif)
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](diffraction/combined_plots_thumb/fig02.gif)
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](diffraction/combined_plots_thumb/fig03.gif)
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](diffraction/combined_plots_thumb/fig04.gif)
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](diffraction/combined_plots_thumb/fig05.gif)
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](diffraction/combined_plots_thumb/fig06.gif)
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](diffraction/combined_plots_thumb/fig07.gif)
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](diffraction/combined_plots_thumb/fig08.gif)
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](diffraction/combined_plots_thumb/fig09.gif)
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](diffraction/combined_plots_thumb/fig10.gif)
Reduced diffractive cross section as a function of xpom for selected beta and Q^2 (2)