Beta-delayed neutron emission following the decay of 17N
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Cited by (26)
Development of a Reference Database for Beta-Delayed Neutron Emission
2021, Nuclear Data SheetsEvaluation of Beta-Delayed Neutron Emission Probabilities and Half-Lives for Z = 2-28
2015, Nuclear Data SheetsHigh-pressure <sup>4</sup>He drift tubes for fissile material detection
2013, Nuclear Instruments and Methods in Physics Research, Section A: Accelerators, Spectrometers, Detectors and Associated EquipmentCitation Excerpt :Neutrons have a characteristic energy of 2.45 MeV from DD fusion, and 14.1 MeV from DT fusion. Neutrons from the 17N β-delayed decay have three characteristic energies at 1.70 MeV (7%), 1.17 MeV (50%), and 0.383 MeV (37%) respectively [1,2]. Thermal neutron-induced 235U fission emits fast neutrons with an average energy about 2.1 MeV.
Fast-neutron spectrometry using a <sup>3</sup>He ionization chamber and digital pulse shape analysis
2012, Applied Radiation and IsotopesCitation Excerpt :The high-resolution neutron spectrometry capable when using C-S fast-neutron spectrometers is particularly useful when time-of-flight measurements cannot be conducted; C-S-type instruments have been used for many different applications. In the realm of nuclear physics C-S detectors have been used to measure delayed neutron spectra from fission products, to evaluate nuclear energy levels following charged particle nuclear reactions, and to study neutron spectra from fusion.Shalev and Cuttler, 1973; Ohm et al., 1976, 1987; Franz et al., 1977; Sayres 1964; Fisher et al., 1984; Evans, 1981. They have also been used to quantify the neutron spectra from radioisotope neutron sources and to evaluate neutron radiation fields for health physics applications (Marsh et al., 1995; Owen et al., 1981; Weaver et al., 1982; Cousins 1985).
Beta-delayed proton and alpha emission in the decay of <sup>17</sup>Ne
1988, Nuclear Physics, Section A