A novel technique for lifetime measurements in heavy neutron-rich nuclei: The reversed plunger
A novel technique, the so-called ‘reversed plunger’, was used for the first time to measure lifetimes of nuclear excited states on the order of picoseconds in heavy neutron-rich nuclei at the Legnaro National Laboratories. Preliminary spectra show that the commissioning of the technique was successfully performed employing the Advanced Gamma-Ray Tracking Array (AGATA), the magnetic spectrometer PRISMA, and the plunger device in the reversed configuration.
Authors
- JJ Valiente Dobon
- S. Bottoni
- G. Zhang
- B. Gongora Servin
- M. Balogh
- T. Mijatović
- J. Pellumaj
- P. Aguilera
- S. Pigliapoco
- D. Mengoni
- A. M. Stefanini
- E. Pilotto
- M. Doncel
- E. Fioretto
- A. Ertoprak
- L. Corradi
- J. Benito
- D. Napoli
- G. Montagnoli
- S. Carollo
- F. Angelini
- K. Rezynkina
- S. Szilner
- I. Zanon
- L. Zago
- M. Del Fabbro
- A. Goasduff
- J. Diklić
- M. Sedlák
- F. Galtarossa
- T. Marchi
- R. Escudeiro
- G. Benzoni
- D. Brugnara
- A. Gottardo
- R.M. Perez Vidal
Publication Details
- Journal
- Springer Link (Chiba Institute of Technology)
- Published
- 2025-04-11
- DOI
- https://doi.org/10.1051/epjconf/202532400031/pdf
- Primary Topic
- Nuclear physics research studies
- Type
- article
- Field-Weighted Citation Impact
- 0.00