Resonances in the (p, n) reaction on 12C
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Cited by (16)
Use of short-lived positron emitters for in-beam and real-time β<sup>+</sup> range monitoring in proton therapy
2020, Physica MedicaCitation Excerpt :It should however be noted that this leads to underestimating the contribution of the short-lived isotope (12N) with respect to the long-lived ones (11C and 15O). The cross-section data used are experimental cross-sections measured as a function of the energy extracted from the EXFOR database [44] for 11C and 15O and [45] for 12N. Reaction position distributions are reconstructed from cross-section data by taking, for each energy point for which an experimental cross-section value exists, the corresponding depth in PMMA considering an incoming proton beam of 55 MeV (determined using an energy-depth characteristic curve obtained from the GEANT4 simulation) and, for this depth, by multiplying the cross-section by the fluence in order to account for the slight decrease in beam fluence with depth (the fluence as a function of the depth is also determined using the GEANT4 simulation).
Accelerator calibration of solar neutrino detectors
1993, Physics Letters BIsotope analysis using proton induced nuclear reactions and fast counting techniques on weak decay cascades
1987, Nuclear Inst. and Methods in Physics Research, BHigh-energy levels in <sup>13</sup>N (II)
1976, Nuclear Physics, Section AThe (p, n) reaction to the isobaric analogue state of high-Z elements at 25.8 MeV
1974, Nuclear Physics, Section A
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Present address: CERN, Geneva, Switzerland.