Inclusive particle production in the geometrical two-chain model of soft hadronic interactions.
The geometrical two-chain model was established to describe the soft, low-energy hadronic interaction. The main aim of the model was the applicability of creating a fast and accurate Monte Carlo interaction generator of such processes in complex and time-consuming simulation calculations as, e.g., that of the simulations of the hadron passage through the thick media. In this paper we present the model predictions concerning the inclusive particle production characteristics. A comparison with the fritiof model frequently used for high-energy event generation and experimental results is given.
Inclusive particle production in 400 GeV/c pp-interactions
AbstractWe report on a study of inclusive particle production in pp-interactions at 400 GeV/c. The data are based on 472 K reconstructed events recorded in the NA 27 experiment using the LEBC-EHS facility at CERN. The production cross sections are determined of pseudo scalar (π±,0, η andK±), scalar (f0(975)), vector (ρ±,0(770), ω(783), ϕ(1020),K*0(892), and
$$\bar K^{ * 0} $$
(892)), and tensorf0 mesons, of protons and antiprotons, and theΔ++,+,0(1232), and Λ(1520) baryon resonances in the forward hemisphere of the center of mass system, as well as longitudinal and transverse momentum distributions. The results are compared with predictions of the FRITIOF model and with other experimental data.
Alternative Energy: Political, Economic, and Social Feasibility
Chapter 1 Foreword Chapter 2 Why Alternative Energy and Fuels? Chapter 3 Studying Public Policy and Alternative Energy/Fuels Chapter 4 Overview of Alternative Energy and Fuels and Their Uses Chapter 5 Alternative Energy/Fuels as a Public Policy Innovation Chapter 6 Solar Energy Chapter 7 Wind Energy Chapter 8 Geothermal Energy Chapter 9 New Century Fuels and Their Uses Chapter 10 Historical Precedents: Alternative Energy/Fuels and Legitimacy Issues 11 Public Policy, Institutional Developments and Policy Interests 12 Practical Demonstration of the Economics of Alternative Energy Chapter 13 Conclusion: The Future of Alternative Energy