ISOMERIC RATIOS IN Hg-206
- Alexander, T
- Podolyak, Z
- Cortes, ML
- Gerl, J
- Rudolph, D
- Sarmiento, LG
- Ameil, F
- Arici, T
- Bazzacco, D
- Bauer, C
- Bentley, MA
- Blazhev, A
- Bowry, M
- Boutachkov, P
- Carroll, R
- Fahlander, C
- Gadea, A
- Gellanki, J
- Gelletly, W
- Givechev, A
- Goel, N
- Golubev, P
- Gorska, M
- Gottardo, A
- Gregor, E
- Guastalla, G
- Habermann, T
- Hackstein, M
- Jungclaus, A
- Kojouharov, I
- Korten, W
- Kumar, S
- Kurz, N
- Lalovic, N
- Lettmann, M
- Lizarazo, C
- Louchart, C
- Mandal, S
- Merchan, E
- Michelagnoli, C
- Moeller, T
- Moschner, K
- Patel, Z
- Pietralla, N
- Pietri, S
- Ralet, D
- Reese, M
- Regan, PH
- Reiter, P
- Schaffner, H
- Singh, P
- Stahl, C
- Stegmann, R
- Stezowksi, O
- Taprogge, J
- Thoele, P
- Walker, PM
- Wieland, O
- Wendt, A
- Wilson, E
- Wood, R
- Wollersheim, H-J
Publication date
October 2017
DOI Publisher
Jagiellonian University Journal
Acta Physica Polonica BAbstract
206Hg was populated in the fragmentation of an E∕A = 1 GeV 208Pb beam at GSI. It was part of a campaign to study nuclei around 208Pb via relativistic Coulomb excitation. The observation of the known isomeric states confirmed the identification of the fragmentation products. The isomeric decays were also used to prove that the correlations between beam identification detectors and the AGATA γ-ray tracking array worked properly and that the tracking efficiency was independent of the time relative to the prompt flash
Add to ORKG