Certain Chracteristies of Inelastic Proton-Nucleon Interactions at 200 GeV/c
Anzon Z.V., Antonova M. G., Boos E. G., Goryachikh A. A., Kanygina E. K., Kolyachkina G. S. , Morozova P. V., Pavlova N. N. , Takibaev Zh. S., Khomenskaya A. V. , Chasnikov I. Y., Shakhova Ts. I., Bogachev N. P., Lepekhin F. G., Simonov B.B. , Bogdanov V. G., Perfilov N. A., Solov'eva Z.I. , Adamovich M.I., Dobrotin N. A., Larionova V. G., Tret'yakova M. I. , Kharlamov S. P., Chernyavskii M. M., Alekseeva K. I., Azimov S. A. , Bondarenko A. I. , Gulamov K. G., Lavkov V. V., Navotnyi B. Sh., Petrov V. I., Riskiev Т. Т., Trofimova T. P., Chernova L. P. , Chernov G. M.
![We separated 29*+ proton-proton and 337 proton-neutron quasifree inelastic collisions out of <i>kO^S </i>events of inelastic interaction of protons with momentum 200 GeV, found in 1^38 m of proton tracks in nuclear emulsion. Analysis of the angular characteristics of the secondary charged relativistic particles shows that the showers are anisotropic up to maximum multiplicity and are inhomogeneous, probably as a result of the tendency of the particles to cluster.](/ps/1560/article_23873_800_head.png)
We separated 29*+ proton-proton and 337 proton-neutron quasifree inelastic collisions out of kO^S events of inelastic interaction of protons with momentum 200 GeV, found in 1^38 m of proton tracks in nuclear emulsion. Analysis of the angular characteristics of the secondary charged relativistic particles shows that the showers are anisotropic up to maximum multiplicity and are inhomogeneous, probably as a result of the tendency of the particles to cluster.