J. S. Thomas
University of Surrey
28 Papers
160 Citations
J. S. Thomas is an academic researcher from University of Surrey. The author has contributed to research in topics: Neutron & Nuclear structure. The author has an hindex of 12, co-authored 28 publications.
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Papers
The magic nature of 132 Sn explored through the single-particle states of 133 Sn
K. L. Jones,K. L. Jones,Aderemi S. Adekola,D. W. Bardayan,Jeffery C. Blackmon,K. Y. Chae,Kelly Chipps,Jolie Cizewski,L. Erikson,C. Harlin,Robert Hatarik,R. Kapler,R. L. Kozub,J. F. Liang,R. J. Livesay,Zhanwen Ma,Brian Moazen,Caroline D Nesaraja,Filomena Nunes,S. D. Pain,N. Patterson,Dan Shapira,J. F. Shriner,Michael Scott Smith,T. P. Swan,T. P. Swan,J. S. Thomas +26 more
TL;DR: Here, the single-particle character of the levels in 133Sn that lie outside the double shell closure present at the short-lived nucleus 132Sn are measured using an inverse kinematics technique that involves the transfer of a single nucleon to the nucleus.
256
First study of the level structure of the r-process nucleus {sup 83}Ge
J. S. Thomas,D. W. Bardayan,J. C. Blackmon,J. A. Cizewski,Uwe Greife,Carl J Gross,M. S. Johnson,K. L. Jones,R. L. Kozub,J. F. Liang,R. J. Livesay,Zhanwen Ma,Brian Moazen,C. D. Nesaraja,Dan Shapira,Michael Scott Smith +15 more
TL;DR: The first (d,p) neutron transfer reaction on a neutron-rich r-process nucleus has been measured at the Holifield Radioactive Ion Beam Facility as mentioned in this paper, where the reaction Q value (Q=1.47{+-}0.02 stat.
52
Structure of 13 Be probed via secondary-beam reactions
G. Randisi,A. Leprince,H. Al Falou,N. A. Orr,F. M. Marqués,N. L. Achouri,J. C. Angélique,N. I. Ashwood,B. Bastin,T. Bloxham,B. A. Brown,W. N. Catford,N. Curtis,Franck Delaunay,Martin Freer,E. de Goes Brennand,P. Haigh,Francis Hanappe,C. Harlin,B. Laurent,J.L. Lecouey,Alain Ninane,N. Patterson,D. Price,Louise Stuttge,J. S. Thomas +25 more
TL;DR: In this paper, the authors investigated the low-lying level structure of the unbound neutron-rich nucleus (Be) via breakup on a carbon target of secondary beams of B at 35 MeV/nucleon.
36
Breakup reaction study of the Brunnian nucleus (10)C
N. Curtis,N. L. Achouri,N. I. Ashwood,H. G. Bohlen,W. N. Catford,N. M. Clarke,Martin Freer,P. Haigh,B. Laurent,N. A. Orr,N. Patterson,Neven Soić,J. S. Thomas,V. A. Ziman +13 more
TL;DR: In this paper, the structure and 2p-decrease path of the only known Brunnian nucleus at 33.3 MeV/nucleon were reconstructed using the breakup kinematics.
Single-nucleon transfer reactions on 18 F
Aderemi S. Adekola,Carl R. Brune,D. W. Bardayan,J. C. Blackmon,K. Y. Chae,C. P. Domizioli,Uwe Greife,Z. Heinen,M. J. Hornish,K. L. Jones,R. L. Kozub,R. J. Livesay,Zhanwen Ma,Thomas N. Massey,Brian Moazen,C. D. Nesaraja,S. D. Pain,J. F. Shriner,N. D. Smith,Michael Scott Smith,J. S. Thomas,D. W. Visser,Alexander Voinov +22 more
TL;DR: In this article, the angular distributions for all the known states in the two nuclei determined in this work are consistent with their previously assigned spins and parities, and spectroscopic factors determined for these levels are reported.