Recent Nuclear Astrophysics Measurements using the TwinSol Separator

Recent Nuclear Astrophysics Measurements using the TwinSol Separator
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最近使用 TwinSol 分离器进行的核天体物理测量

DOI:
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发表时间:
2016
期刊:
影响因子:
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通讯作者:
R. Torres
R. Torres
中科院分区:
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文献类型:
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作者:
D. Bardayan;T. Ahn;J. Allen;F. Becchetti;J. Blackmon;M. Brodeur;B. Frentz;Y. Gupta;Y. Gupta;M. Hall;O. Hall;O. Hall;S. Henderson;J. Hu;J. Hu;J. Kelly;J. Kolata;A. Long;J. Long;K. Macon;C. Nicoloff;C. Nicoloff;P. O’Malley;K. Ostdiek;S. Pain;J. Riggins;B. Schultz;Mallory Smith;S. Strauss;R. Torres

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许多天体物理事件,如新星和X射线爆发,都是由放射性原子核的反应提供动力的。因此,在实验室中研究这些原子核的性质可以加深我们对这些天体物理爆炸的理解。圣母大学的TwinSol分离器最近被用来产生17 F的强(106 pps)光束。在这篇文章中,这些光束的一些第一次测量进行了讨论。
Many astrophysical events, such as novae and X-ray bursts, are powered by reactions with radioactive nuclei. Studying the properties of these nuclei in the laboratory can therefore further our understanding of these astrophysical explosions. The TwinSol separator at the University of Notre Dame has recently been used to produce intense (∼106 pps) beams of 17F. In this article, some of the first measurements with these beams are discussed.