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20 April 2024
 
  » arxiv » 1307.2626

 Article overview


Excitation Function of the nat-Ta(p,x)178m2-Hf Reaction
Yu. E. Titarenko ; K. V. Pavlov ; V. I. Rogov ; A. Yu. Titarenko ; S. N. Yuldashev ; V. M. Zhivun ; A. V. Ignatyuk ; S. G. Mashnik ; S. Leray ; A. Boudard ; J.-C. David ; D. Mancusi ; J. Cugnon ; Y. Yariv ; K. Nishihara ; N. Matsuda ; H. Kumawat ; A. Yu. Stankovskiy ;
Date 10 Jul 2013
Abstract178m2-Hf is an extremely interesting isomeric state due to its potential energy capacity level. One possible way to obtain it is by irradiation of a nat-Ta sample with a high-current proton accelerator. Up to now, there was no information in the international experimental nuclear data base (EXFOR) for this reaction. Irradiations of nat-Ta samples performed for other purposes provide an opportunity to address this question. This paper presents the 172m2-Hf independent production cross-sections determined by gamma-ray spectrometry. The nat-Ta(p,x)172m2-Hf excitation function is studied in the 20-3500 MeV energy range. Comparisons with results by several nuclear models (ISABEL, Bertini, INCL4.5+ABLA07, PHITS, CASCADE07, and CEM03.02) used as event-generators in modern transport codes are also reported. However, since such models are generally not able to separately predict ground and isomeric states of reaction products, only 178-Hf independent and cumulative cross-section data are compared.
Source arXiv, 1307.2626
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