Speaker
Mr
Vinzenz Bildstein
(Physik-Department E12, TU München)
Description
Thirty years after the discovery of the ``island of inversion'' [1] the borders of the island are still not well determined and in particular the evolution of the single-particle structure is not well investigated.
Transfer reactions yield important spectroscopic information, i.e. spin and parity assignments as well as spectroscopic factors, complementary to the information obtained in Coulomb excitation [2]. Since the transfered nucleon can occupy excited states, the properties of these states can be studied as well.
In order to study transfer reactions in inverse kinematics at REX-ISOLDE with MINIBALL a new setup was built covering a large solid angle. This new setup overcomes the limitations of previous transfer experiments performed at REX-ISOLDE [3].
In the first experiment the nucleus $^{31}$Mg which is right on the edge of the ``island of inversion'' was studied via the d($^{30}$Mg, $^{31}$Mg)p reaction.
Preliminary results of this beam time which took place last year will be shown as well as future plans for transfer experiments at REX-ISOLDE.
[1] C. Thibault et al., Phys. Rev. C 12, 644 (1975)
[2] O. Niedermaier et al., Phys. Rev. Lett. 94, 172501 (2005)
[3] M. Pantea, PhD Thesis, TU Darmstadt, Germany (2005)
*supported by BMBF 06MT238, DFG Cluster of Excellence ``Origin of the Universe'' and the EU through RII3-EURONS (contract no. 506065).
Author
Mr
Vinzenz Bildstein
(Physik-Department E12, TU München)
Co-authors
Ms
Kathrin Wimmer
(Physik-Department E12, TU München)
Prof.
Piet Van Duppen
(IKP, KU Leuven)
Prof.
Reiner Krücken
(Physik-Department E12, TU München)
Dr
Roman Gernhäuser
(Physik-Department E12, TU München)
Dr
Thorsten Kröll
(Physik-Department E12, TU München)
