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- W2021346653 abstract "In this work we use an eikonalized minijet model where the effects of the first nonlinear corrections to the DGLAP equations are taken into account. The contributions coming from gluon recombination effects are included in the DGLAP+GLRMQ approach for the free proton in the context of saturation models. The parameters of the model are fixed to fit total $pp$ and $bar p p$ cross sections, including the very recent data from LHC, HiRes and P. Auger Collaborations. Glauber and multiple scattering approximations are then used to describe the inclusive inelastic proton-Air cross section. Photoproduction cross sections, without change of parameters fixed before, are also obtained from the model using Vector Meson Dominance and the Additive Quark Model. We show and discuss our main results as well as the implications of saturation effects in the behavior of total hadronic and photonic cross sections at very high energies." @default.
- W2021346653 created "2016-06-24" @default.
- W2021346653 creator A5016074419 @default.
- W2021346653 creator A5041566089 @default.
- W2021346653 date "2013-12-03" @default.
- W2021346653 modified "2023-10-17" @default.
- W2021346653 title "Nonlinear effects and the behavior of total hadronic and photonic cross sections" @default.
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- W2021346653 cites W1965508809 @default.
- W2021346653 cites W1965678198 @default.
- W2021346653 cites W1966168690 @default.
- W2021346653 cites W1967307889 @default.
- W2021346653 cites W1974619792 @default.
- W2021346653 cites W1984478853 @default.
- W2021346653 cites W1987622489 @default.
- W2021346653 cites W1988735512 @default.
- W2021346653 cites W1989187367 @default.
- W2021346653 cites W1989494434 @default.
- W2021346653 cites W1992571823 @default.
- W2021346653 cites W1992885595 @default.
- W2021346653 cites W1993377356 @default.
- W2021346653 cites W1993952870 @default.
- W2021346653 cites W1994728704 @default.
- W2021346653 cites W1995717937 @default.
- W2021346653 cites W2004798296 @default.
- W2021346653 cites W2005057817 @default.
- W2021346653 cites W2005465897 @default.
- W2021346653 cites W2006973939 @default.
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- W2021346653 cites W2023302165 @default.
- W2021346653 cites W2023609273 @default.
- W2021346653 cites W2026938968 @default.
- W2021346653 cites W2030418476 @default.
- W2021346653 cites W2036441690 @default.
- W2021346653 cites W2038975282 @default.
- W2021346653 cites W2040508655 @default.
- W2021346653 cites W2041736589 @default.
- W2021346653 cites W2043968482 @default.
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- W2021346653 cites W2048878011 @default.
- W2021346653 cites W2065687931 @default.
- W2021346653 cites W2067169638 @default.
- W2021346653 cites W2068634700 @default.
- W2021346653 cites W2073216180 @default.
- W2021346653 cites W2079844065 @default.
- W2021346653 cites W2081694213 @default.
- W2021346653 cites W2081863130 @default.
- W2021346653 cites W2085832497 @default.
- W2021346653 cites W2086169869 @default.
- W2021346653 cites W2088714149 @default.
- W2021346653 cites W2089028067 @default.
- W2021346653 cites W2089919344 @default.
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- W2021346653 cites W2174024475 @default.
- W2021346653 cites W2292711991 @default.
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- W2021346653 cites W3105945223 @default.
- W2021346653 cites W3106175891 @default.
- W2021346653 cites W3122931563 @default.
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- W2021346653 cites W4232737979 @default.
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- W2021346653 doi "https://doi.org/10.1103/physrevd.88.114004" @default.
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