Excitation functions are measured for the products of <sup>55</sup>Co,<sup>56</sup>Co,<sup>57</sup>Co,<sup>58</sup>Co,<sub>52</sub>Mn and <sup>54</s...Excitation functions are measured for the products of <sup>55</sup>Co,<sup>56</sup>Co,<sup>57</sup>Co,<sup>58</sup>Co,<sub>52</sub>Mn and <sup>54</sup>Mn nuclides by deuteron induced reactions in natural iron in bombardingenergy range below 20 MeV.The stacked activation foil technique is used to carry outthe measurements.The γ-ray spectra of individual foils are determined using a Ge（Li）detector.展开更多
The laser system PALS,as a driver of a broad-beam ion source,delivered deuterons which generated neutrons with energies higher than 14 Me V through the 7Li(d,n)8 Be reaction.Deuterons with sub-Me V energy were acceler...The laser system PALS,as a driver of a broad-beam ion source,delivered deuterons which generated neutrons with energies higher than 14 Me V through the 7Li(d,n)8 Be reaction.Deuterons with sub-Me V energy were accelerated from the front surface of a massive CD2 target in the backward direction with respect to the laser beam vector.Simultaneously,neutrons were emitted from the primary CD2 target and a secondary Li F catcher.The total maximum measured neutron yield from 2D(d,n)3He,7Li(d,n)8Be,12C(d,n)13N reactions was ～3.5(±0.5) × 108 neutrons/shot.展开更多
文摘Excitation functions are measured for the products of <sup>55</sup>Co,<sup>56</sup>Co,<sup>57</sup>Co,<sup>58</sup>Co,<sub>52</sub>Mn and <sup>54</sup>Mn nuclides by deuteron induced reactions in natural iron in bombardingenergy range below 20 MeV.The stacked activation foil technique is used to carry outthe measurements.The γ-ray spectra of individual foils are determined using a Ge（Li）detector.
基金funding from the Czech Science Foundation (Grant No.P205/12/0454)the Czech Republic’s Ministry of Education,Youth and Sports (Project No.LM2010014)+2 种基金LASERLAB-EUROPE (grant agreement no 284464,EC’s Seventh Framework Programme)the European Social Fundstate budget of the Czech Republic (Project No.CZ.1.07/2.3.00/20.0279)
文摘The laser system PALS,as a driver of a broad-beam ion source,delivered deuterons which generated neutrons with energies higher than 14 Me V through the 7Li(d,n)8 Be reaction.Deuterons with sub-Me V energy were accelerated from the front surface of a massive CD2 target in the backward direction with respect to the laser beam vector.Simultaneously,neutrons were emitted from the primary CD2 target and a secondary Li F catcher.The total maximum measured neutron yield from 2D(d,n)3He,7Li(d,n)8Be,12C(d,n)13N reactions was ～3.5(±0.5) × 108 neutrons/shot.
