Hadron Yields Research Articles

Diquark scattering model for hadron multiplicities in ?p interactions

Multiplicities of hadrons produced in μp scattering are analyzed with a diquark scattering model. it is assumed that a proton is composed of a quark and a scaler diquark and that both the quark and the diquark act as partons. A reasonable agreement between the experimental data and the predictions of the model is obtained. In particular, the observed large ratio of the proton to the overall positive hadron yield forx>0.2 is successfully reproduced.

Comparison of measurements of angular hadron energy spectra, induced activity and dose with FLUKA82 calculations

Three experiments are described in which extended targets were bombarded with high-energy protons. The experiments were simulated using the Monte Carlo hadron cascade package FLUKA82. The measured and simulated quantities included the hadron yield around a target as a function of polar angle and energy and the two-dimensional ( r − z) distributions of stars and energy deposition inside an aluminium cylinder. The agreement between the calculations and measurements is generally within experimental errors.

Observation of hard processes in collisions of two quasi-real photons

Hard processes in photon-photon collisions are studied using high statistics data without requiring an electron tag. A high yield of hadrons with p t in the range 1.5–3.0 GeV/ c is observed. This yield exceeds the expectation of the Born term by a factor of four.

Rich Yield of High Momentum Hadrons by Two-Fireball Model in eFormula Annihilation

Rich Yield of High Momentum Hadrons by Two-Fireball Model in eFormula Annihilation