Gamma-Ray Activation of Carbon

Measurement of neutron energy spectra for Eg=23.1 and 26.6 MeV mono-energetic photon induced reaction on natC using laser electron photon beam at NewSUBARU

“…11 C reaction at Eg = 23.1 and 26.6 MeV in comparison with other experimental data [1,[14][15][16][17][18] and the simulation results of the PHITS code with monoenergetic photon. The produced 11 C nuclei in the target were counted in the simulation.…”

Calculation of Gamma Strength Functions for Photonucleon Reactions

“…In this study, the theoretical photoneutron and photoproton cross sections of 12 C in photon-induced reactions have been calculated using TALYS 1.2 nuclear * corresponding author; e-mail: NurdanKarpuz@hotmail.com calculation code [4]. If the gamma-ray energy is varied by changing the energy of the captured particle, the photonuclear cross section can be determined as a function of photon energy [5]. The calculations on the excitation functions of 12 C(γ,n) 11 C and 12 C(γ,p) 11 B reactions have been carried out in the incident-photon energy interval between 15.5-40 MeV and 15-110 MeV, respectively.…”

Cross sections of the gamma, proton and gamma, proton neutron reactions in argon-40

“…The commonest tool used in the investigation of photo nuclear reactions is the high energy electron accelerator, although the recent (10,11,12,13,14) development of practical photon monochromators offers the hope of a more powerful weapon. The earliest utilization of an accelerator was by Baldwin and Klaiber (15) who were the first to notice the resonance shape of the cross section when they determined the C^(T^n) and Cu^(X,n) yields by measuring the radio activity of the daughter nuclei.…”