CROSS-SECTIONS FOR THE PRODUCTION OF RESIDUAL NUCLIDES BY LOW-ENERGY AND MEDIUM-ENERGY PROTONS FROM THE TARGET ELEMENTS C, N, O, MG, AL, SI, CA, TI, V, MN, FE, CO, NI, CU, SR, Y, ZR, NB, BA AND AU
R. Michel et al., CROSS-SECTIONS FOR THE PRODUCTION OF RESIDUAL NUCLIDES BY LOW-ENERGY AND MEDIUM-ENERGY PROTONS FROM THE TARGET ELEMENTS C, N, O, MG, AL, SI, CA, TI, V, MN, FE, CO, NI, CU, SR, Y, ZR, NB, BA AND AU, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 129(2), 1997, pp. 153-193
Cross sections for residual nuclide production by p-induced reactions
were measured from thresholds up to 2.6 GeV using accelerators at CERN
/Geneve, IPN/Orsay, KFA/Julich, LANL/Los Alamos, LNS/Saclay, PSI/Villi
gen, TSL/Uppsala, LUC/Louvain La Neuve. The target elements C, N, O, M
g, Al, Si, Ca, Ti, V, Mn, Fe, Co, Ni, Cu, Sr, Y, Zr, Nb, Ba and Au wer
e investigated. Residual nuclides were measured by X- and gamma-spectr
ometry and by Accelerator Mass Spectrometry (AMS). The measured cross
sections were corrected for interfering secondary particles in experim
ents with primary proton energies above 200 MeV. Our consistent databa
se covers presently ca 550 nuclear reactions and contains nearly 15000
individual cross sections of which about 10000 are reported here for
the first time. They provide a basis for model calculations of the pro
duction of cosmogenic nuclides in extraterrestrial matter by solar and
galactic cosmic ray protons. They are of importance for many other ap
plications in which medium energy nuclear reactions have to be conside
red ranging from astrophysics over space and environmental sciences to
accelerator technology and accelerator-based nuclear waste transmutat
ion and energy amplification. The experimental data are compared with
theoretical ones based on calculations using an INC/E model in form of
the HETC/KFA2 code and on the hybrid model of preequilibrium reaction
s in form of the AREL code.