MINISTR ŠKOLSTVÍ KE SPOLUPRÁCI ČR S SÚJV
INTEREST JINR, Wave 6
Zemřel profesor Ivo Zvára
Výzva k podávání žádostí na projekty řešené ve spolupráci s SÚJV (Projekty 3+3) 
Výzva k podávání žádostí na Granty zplnomocněného představitele vlády ČR v SÚJV
Velvyslanec ČR v RF navštívil SÚJV
INTEREST JINR, Wave 5
Ruské vízové centrum
9. 8. 2021
Pracovní pobyty ČR - SÚJV 2022Using MASHA+TIMEPIX setup for registration beta decay isotopes produced in heavy ion induced reactions.
Autor
| Rodin A.M. | FLNR JINR, Dubna |
| Krupa Luboš, M.Sc. Ph.D. | Ústav technické a experimentální fyziky ČVUT, SÚJV Dubna |
| Pospíšil Stanislav, prof. Ing. DrSc. | Ústav technické a experimentální fyziky ČVUT |
| Klíman J. | SÚJV / Fyzikálny ústav Slovenskej akadémie vied |
| et al. | různé instituce |
Rok
2015
Časopis
Exotic Nuclei, 685-690
Web
Obsah
Proceedings of The International Symposium on Exotic Nuclei, EXON-2014
Radon and mercury isotopes were produced in multi nucleon transfer (48Ca + 232Th) and complete fusion (48Ca + naturalNd) reactions, respectively. The isotopes with given masses were detected using two detectors: a multi-strip detector of the well-type (made in CANBERRA) and a position-sensitive quantum counting hybrid pixel detector of the TIMEPIX type. The isotopes implanted into the detectors then emit alpha- and betaparticles until reaching the long lived isotopes. The position of the isotopes, the tracks, the time and energy of beta-particles were measured and analyzed. A new software for the particle recognition and data analysis of experimental results was developed and used. It was shown that MASHA+ TIMEPIX setup is a powerful instrument for investigation of neutron-rich isotopes far from stability limits.
Radon and mercury isotopes were produced in multi nucleon transfer (48Ca + 232Th) and complete fusion (48Ca + naturalNd) reactions, respectively. The isotopes with given masses were detected using two detectors: a multi-strip detector of the well-type (made in CANBERRA) and a position-sensitive quantum counting hybrid pixel detector of the TIMEPIX type. The isotopes implanted into the detectors then emit alpha- and betaparticles until reaching the long lived isotopes. The position of the isotopes, the tracks, the time and energy of beta-particles were measured and analyzed. A new software for the particle recognition and data analysis of experimental results was developed and used. It was shown that MASHA+ TIMEPIX setup is a powerful instrument for investigation of neutron-rich isotopes far from stability limits.
Příklad citace článku:
A. Rodin, L. Krupa, S. Pospíšil, J. Klíman, . et al., "Using MASHA+TIMEPIX setup for registration beta decay isotopes produced in heavy ion induced reactions.", Exotic Nuclei, 685-690 (2015)