Spin and parity assignments for 17O levels from the 13C(α, n)16Og.s. reaction
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Nucleonics
Cited by (19)
Neutron yield and energy spectrum of <sup>13</sup>C(alpha,n)<sup>16</sup>O reaction in liquid scintillator of KamLAND: A Nedis-2m simulation
2021, Nuclear Engineering and TechnologyCitation Excerpt :To demonstrate the contribution of (α,n) neutrons originating from the excited levels and to show the generation of non-monoenergetic neutrons in a 22 μg/cm2-thick target, a Nedis-2m calculation example is presented for individual alpha particle energies, Eαi, on targets made of carbon, 99% enriched in 13C. The data on the angular distributions of (α,n) neutrons in the center-of-mass system were taken from Refs. [19,20], whilst the atomic stopping power data of alpha particles, in units of 10−15 eV cm2·atom−1, were obtained using the equations taken from Ref. [21]. Here it is assumed that the liquid scintillator of the setup is a thick CH1.87 hydrocarbon target with a density of ~0.78 g/cm3 [22], and the energy spectrum of neutrons was obtained for 210Po alpha particles with an energy of 5.304 MeV.
Spin and parity assignments for <sup>23</sup>Na levels from the <sup>19</sup>F(α, p)<sup>22</sup>Ne reaction
1976, Nuclear Physics, Section ASpin and parity assignments for <sup>33</sup>S levels from the <sup>29</sup>Si(α, n)<sup>32</sup>S reaction
1975, Nuclear Physics, Section AProton polarization in <sup>16</sup>O(p, p)<sup>16</sup>O and states in <sup>17</sup>F<sup>*</sup>
1971, Nuclear Physics, Section A
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Work supported by the National Science Foundation.
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Present address: Fort Sill, Oklahoma.
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Present address: Dept. of Physics, Lowell Technological Institute, Lowell, Mass.
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N.S.F. Senior Foreign Scientist Fellow, on leave from the Laboratorium für Kernphysik, Eidg. Technische Hochscule, Zürich, Switzerland. Now at the Center for Nuclear Studies, University Texas, Austin, Texas.