Study on the hadron multiple production on the base of vector resonanse generation and decay

For studying processes of hadron multiple production on the base of vector resonance generation and decay experiments conducted at bubble chambers and colliding beams are analysed. In the framework of the model based on using quantum mechanical representation on minimizing wave function, inclusive spectra of p0 mesons generated in pp- and πp interactions are calculated. It is shown that distributions by the value lambda=lgtgTHETA (where THETA is a pion escape angle in the L system) for pions produced in inclusive pp interactions at various initial momenta of the bombarding proton in the 20-1500 GeV energy range describe well the experiment with account for the p0→π+π- decay. In the framework of the same model obtained is a scaling invariant structure function for hadron-hadron interactions in the system of equal rapidities which enables describing the processes of hadron collisions of the same as well as of different mass. A good agreement with experimental data for pp and πp reactions with inclusive p0 mesom production is attained