Activation technique is used to measure the cross sections of <sup>58</sup>Ni(n.np+pn+d)<sup>57</sup>Co at 13.5-15.0 MeV and <sup>60</sup>Ni(n,p)<sup>60</sup>Co and ...Activation technique is used to measure the cross sections of <sup>58</sup>Ni(n.np+pn+d)<sup>57</sup>Co at 13.5-15.0 MeV and <sup>60</sup>Ni(n,p)<sup>60</sup>Co and <sup>62</sup>Ni(n,x)<sup>59</sup>Fe at 12.8-17.4MeV.The results are compared with the previously measured and evaluated data,展开更多
文摘Activation technique is used to measure the cross sections of <sup>58</sup>Ni(n.np+pn+d)<sup>57</sup>Co at 13.5-15.0 MeV and <sup>60</sup>Ni(n,p)<sup>60</sup>Co and <sup>62</sup>Ni(n,x)<sup>59</sup>Fe at 12.8-17.4MeV.The results are compared with the previously measured and evaluated data,