Investigation of proton-nuclear reactions on isotopes 129I, 237Np and 241Am at Ep = 660 MeV
V. S. Pronskikh
Abstract
Cross sections of the residual nuclei production in 129I, 237Np and 241Am target irradiated by proton beam with energy 660 MeV are measured by means of activation analysis with the use of HPGe detectors. The number of product nuclei identified amounts to 74 for 129I target, 53 for 237Np target and 80 for 241Am target. Theoretical model analysis employing eleven contemporary computer models of hadron-nuclear interactions is performed. Insufficient for practical purposes precision of modelling of the reactions under study is demonstrated. Methods for short-lived beta-unstable reaction product identification are developed and amended, a program package for gamma-spectrometry data analysis is described.
Create a lesson
Related papers
Probing the production mechanisms of virtual photons at RHIC
STAR Collaboration
The 3He(α,γ)7Be γ-ray angular distribution: measured, and calculated by effective field theory
S. Turkat, P. Hempel, X. Zhang et al.
Letter of Intent for Alpha Knockout from Nuclei in Hard Exclusive Processes with ALERT
Whitney R. Armstrong†, Ian Cloët, Fernando A. Flor et al.
Probing high-momentum components in 16O via zero-degree (p,d) cross-section ratios
FRS Experiment Collaboration, X. Wang, H. J. Ong et al.
Double-differential neutron-induced cross sections on Fe-nat at GANIL-NFS
L. de Arruda, D. Tarrío, X. Ledoux et al.
Event-by-event net-charge fluctuations in pp, OO, Ne-Ne, and Pb-Pb collisions with ALICE at the LHC
Nida Malik