arXiv:hep-ph/9808239·v1·High Energy Physics — Phenomenology
High energy hadrons in EAS at mountain altitude
J. N. Capdevielle (1)🇫🇷 · J. Gawin (2)🇵🇱 · D. Sobczynska (3)🇵🇱 · B. Szabelska (2)🇵🇱 · J. Szabelski (2)🇵🇱 · T. Wibig (3) ((1) LPC, College de France, Paris, France, (2) Soltan Institute for Nuclear Studies, Lodz, Poland, (3) University of Lodz, Poland)🇵🇱
Abstract
An extensive simulation has been carried out to estimate the physical interpretation of dynamical factors such as <Rh>, <Eh x Rh> in terms of high energy interaction features, concentrated in the present analysis on the average transverse momentum. It appears that the large enhancement observed for <Eh x Rh> versus primary energy, suggesting in earliest analysis a significant rise of <pt> with energy, is only the result of the limited resolution of the detectors and remains in agreement with a wide range of models used in simulations.
Comments: 13 pages, 6 PostScript figures, LaTeX Subm. to JPhys G