Exotic nuclides at the reactor pik: pitrap project

Authors

Yu. N. Novikov, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
Yu. I. Gusev, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
S. V. Chenmarev, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
S. A. Eliseev, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
P. E. Filyanin, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
T. V. Koneva, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
D. A. Nesterenko, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
A. V. Popov, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
D. Simonovski, St. Petersburg State University ,Russian Federation
O. I. Bezrodnova, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
N. S. Martynova, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation
Yu. V. Nechiporenko, Petersburg Nuclear Physics Institute, Research National Center “Kurchatov Institute” ,Russian Federation ,

Abstract

The PITRAP-project for mass measurements of exotic nuclides is based on the use of high flux-reactor PIK and a high precision Penning trap mass spectrometry. This combination gives a synergy in exploration of different problems of fundamental physics: from astrophysics to neutrino physics.

Recommended Citation

Novikov, Yu. N.; Gusev, Yu. I.; Chenmarev, S. V.; Eliseev, S. A.; Filyanin, P. E.; Koneva, T. V.; Nesterenko, D. A.; Popov, A. V.; Simonovski, D.; Bezrodnova, O. I.; Martynova, N. S.; and Nechiporenko, Yu. V. (2019) "Exotic nuclides at the reactor pik: pitrap project," Eurasian Journal of Physics and Functional Materials: Vol. 3: No. 1, Article 9.
DOI: https://doi.org/10.29317/ejpfm.2019030109

First Page

63

Last Page

70

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