Abstract
The interactions considered as collisions between nucleons with the primary energies of the order of 100 GeV are analyzed. i) The average values of P T , , are obtained for individual showers. A shower whose value of is exceptionally small, i.e. 0.11 GeV/c, is found. ii) The energy distribution of secondary particles has the form of inverse square distribution, except for the lowest energy interval ( E * / m π c 2 <1.5). The average value of energy has a tendency to increase slowly with increasing primary energy, though it is nearly constant up to 200 GeV. iii) The individual angular distribution of secondary particles in the center-of-mass system seems to differ from event to event, but the overall distribution can be expressed in the form F (cos θ * )=1+ k cos 2 θ * , k =5.2±2.0.
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