We have observed direct one-proton decay of the 21 isomer in the N Z nuclide 94Ag into highspin states in 93Pd by detecting protons in coincidence with - correlations and applying gates based on known 93Pd levels. Two decay branches have been identified, with proton energies of 0.79(3) and 1.01(3) MeV and branching ratios of 1.9(5)% and 2.2(4)%, respectively. The corresponding partial halflife values are 21(6) and 18(4) s. The Q value of the direct proton decay of the 21 isomer was found to be 5.78(3) MeV. The very small reduced widths of the observed proton decays might reflect dominating collective configurations in the 21 isomer, and the fine structure of the proton spectrum might indicate a strong deformation of this state
The RISING setup at the GSI-FRS facility was used to investigate the isomer and beta decays in N~Z~5...
The β decay of 94Pd and of the 71s isomer of 94Rh was investigated by using total γ-ray absorption t...
The RISING setup at the GSI-FRS facility was used to investigate the isomer and beta decays in N∼Z∼5...
We have observed direct one-proton decay of the 21 isomer in the N Z nuclide 94Ag into highspin sta...
The decay of the s7+d and s21+d isomers of the N=Z isotope 94Ag was studied at the GSI on-line mass ...
The properties of the (21+) isomer of 94Ag, unprecedented in the entire nuclear chart, are presented...
An attempt to confirm the reported direct one-proton and two-proton decays of the (21+) isomer at 6....
The stability and spontaneous decay of naturally occurring atomic nuclei have been much studied ever...
An attempt to confirm the reported direct one-proton and two-proton decays of the (21+) isomer at 6....
The experimental decay properties of the (21+) isomer in 94Ag are briefly discussed
The properties of the (21(+)) isomer of Ag-94, unprecedented in the entire nuclear chart, are presen...
A second gamma-decaying high-spin isomeric state, with a half-life of 197(22) ns, has been identifie...
The 21+ isomer in 94Ag has recently been reported to have a two-proton decay branch to 92Rh. We have...
Abstract The very neutron-deficient isotope 94 Ag was produced at the GSI on-line mass separator ...
AbstractWe predict proton radioactivity and structural transitions in high spin state of an excited ...
The RISING setup at the GSI-FRS facility was used to investigate the isomer and beta decays in N~Z~5...
The β decay of 94Pd and of the 71s isomer of 94Rh was investigated by using total γ-ray absorption t...
The RISING setup at the GSI-FRS facility was used to investigate the isomer and beta decays in N∼Z∼5...
We have observed direct one-proton decay of the 21 isomer in the N Z nuclide 94Ag into highspin sta...
The decay of the s7+d and s21+d isomers of the N=Z isotope 94Ag was studied at the GSI on-line mass ...
The properties of the (21+) isomer of 94Ag, unprecedented in the entire nuclear chart, are presented...
An attempt to confirm the reported direct one-proton and two-proton decays of the (21+) isomer at 6....
The stability and spontaneous decay of naturally occurring atomic nuclei have been much studied ever...
An attempt to confirm the reported direct one-proton and two-proton decays of the (21+) isomer at 6....
The experimental decay properties of the (21+) isomer in 94Ag are briefly discussed
The properties of the (21(+)) isomer of Ag-94, unprecedented in the entire nuclear chart, are presen...
A second gamma-decaying high-spin isomeric state, with a half-life of 197(22) ns, has been identifie...
The 21+ isomer in 94Ag has recently been reported to have a two-proton decay branch to 92Rh. We have...
Abstract The very neutron-deficient isotope 94 Ag was produced at the GSI on-line mass separator ...
AbstractWe predict proton radioactivity and structural transitions in high spin state of an excited ...
The RISING setup at the GSI-FRS facility was used to investigate the isomer and beta decays in N~Z~5...
The β decay of 94Pd and of the 71s isomer of 94Rh was investigated by using total γ-ray absorption t...
The RISING setup at the GSI-FRS facility was used to investigate the isomer and beta decays in N∼Z∼5...