102780453
ELASTICALLY SCATTERED POLARIZATION OF 40-MeV PROTONS FROM DEUTERIUM
56282466
Production of High Transverse Energy Events in p - Nucleus Collisions at 400-GeV/c
High-transverse-energy events produced in pp collisions at 400 GeV/c were studied using the large-acceptance Fermilab multiparticle spectrometer. The cross sections for such interactions exhibit an exponential dependence on transverse energy with values of the slope increasing with the decreasing azimuthal acceptance of the trigger. The majority of events selected with full azimuthal acceptance are nonplanar; hence they do not show jet-like event structure. The fraction of planar events is small and remains constant as a function of transverse energy.
121508285
SURFACE DOMINANCE IN DEEP-INELASTIC ELECTRON SCATTERING.
Let a finite part of the scaling curve $\ensuremath{\nu}{W}_{2}({\ensuremath{\omega}}^{\ensuremath{'}})$ at low ${\ensuremath{\omega}}^{\ensuremath{'}}$ be locally dual to a set of resonances obeying a mass formula ${{M}_{n}}^{2}=a+{{m}_{0}}^{2}n$. Then it is shown that a simple way of satisfying this condition within the context of several models is that the contributing resonances satisfy the condition $j\ensuremath{\sim}\sqrt{s}$.
14853773
Clustering in highest energy cosmic rays: physics or statistics?
Directional clustering can be expected in cosmic ray observations due to purely statistical fluctuations for sources distributed randomly in the sky. We develop an analytic approach to estimate the probability of random cluster configurations, and use these results to study the strong potential of the HiRes, Auger, Telescope Array and EUSO/OWL/AirWatch facilities for deciding whether any observed clustering is most likely due to non-random sources.