C. Walz

activity

20122026

most citedNeutron single-particle strength in silicon isotopes: Constraining the driving forces of shell evolution

15 citations · 24 across the 3 of their papers we have counts for

collaborators

Showing 2026Show all

2 papers · 1 filter

nucl-ex2026

Low-energy collective structure of $^{92, 94}$ Zr and $^{94}$ Mo from ( $e, e^{'}$ ) and ( $p, p^{'}$ ) scattering II. Signatures of mixed-symmetry states and origin of collectivity

C. Walz, L. M. Donaldson, P. von Neumann-Cosel +2

This is the second of two papers discussing a new experimental signature of mixed-symmetry states (MSS) in the vibrational nuclei $^{92, 94}$ Zr and $^{94}$ Mo based on proton and neu…

nucl-ex2026

Low-energy collective structure of $^{92, 94}$ Zr and $^{94}$ Mo from ( $e, e^{'}$ ) and ( $p, p^{'}$ ) scattering I. Experimental results

C. Walz, O. Burda, L. M. Donaldson +10

This is the first of two papers discussing a new signature of quadrupole mixed-symmetry states in the vibrational nuclei $^{92, 94}$ Zr and $^{94}$ Mo based on proton and neutron tran…

Low-energy collective structure of 92,94Zr and 94Mo from (e,e′) and (p,p′) scattering II. Signatures of mixed-symmetry states and origin of collectivity

Low-energy collective structure of 92,94Zr and 94Mo from (e,e′) and (p,p′) scattering I. Experimental results

Low-energy collective structure of $^{92, 94}$ Zr and $^{94}$ Mo from ( $e, e^{'}$ ) and ( $p, p^{'}$ ) scattering II. Signatures of mixed-symmetry states and origin of collectivity

Low-energy collective structure of $^{92, 94}$ Zr and $^{94}$ Mo from ( $e, e^{'}$ ) and ( $p, p^{'}$ ) scattering I. Experimental results