1) neutron radiative capture
中子辐射俘获
1.
Using the hypothesis as well as the γ-ray strength function proposed by us, the neutron radiative capture reaction cross sections and the γ energy spectra have been calculated for 93Nb,natural Ag and 181Ta in the neutron incident energy region from 0 01 to 5MeV as well as for 197Au in the neutron incident energy region from 0 01 to 10MeV.
0 1— 5MeV能区以及在核素1 97Au上入射中子能量在 0 0 1— 10MeV能区的中子辐射俘获反应截面和γ能谱 ,得到了与实验数据较好符合的结果 。
2.
The mass number dependence and the neutron incident energy dependence of the radiative capture cross sections from various reaction mechanisms of the neutron radiative capture process have been examined in the nuclear mass region A <100.
对A <10 0核质量区内的核素 ,研究中子辐射俘获反应中不同反应机制对辐射俘获截面的贡献随靶核质量数和中子入射能量变化的规律 。
2) neutron capture radiation
中子俘获辐射
3) thermal neutron radiation capture reaction
热中子辐射俘获反应
4) 75As neutron radiative capture cross section
75As中子辐射俘获截面
5) radiative electron capture
辐射电子俘获
6) radiative muon capture
辐射μ子俘获
补充资料：中子俘获
中子俘获（neutron capture）亦称“中子吸收”
中子在与原子核相互碰撞后，被核所吸收并发出γ射线的过程。在有些情况下亦会导致核的β衰变或裂变。
用中子作“炮弹”去轰击原子核。当一个中子挤进原子核这个球体时，通常称为中子俘获。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条