Measurement of fine structure in proton emission allows one to deduce the composition of the parent and daughter state’s wavefunction populated by proton emission. This paper presents new experimental data on the fine-structure decay of 146Tm, and a new interpretation of its decay properties
Proton decay presents an opportunity to obtain nuclear structure information for a nucleus situated ...
International audienceGamma rays from the transitional proton emitting nuclei 145,146,147Tm have bee...
Evidence for the proton decay of 144Tm was found in an experiment at the Recoil Mass Spectrometer at...
Measurement of fine structure in proton emission allows one to deduce the composition of the parent ...
Properties of nuclei beyond the proton drip line are studied via measurement of the spontaneous emis...
First observations of fine structure in proton emission from the isotopes 145Tm and 1446m,gsTm are r...
Fine structure in proton emission with the branching ratio Ip=9.6±1.5% was discovered during the rei...
In a recent experiment to study the proton radioactivity of the highly deformed {sup 131}Eu nucleus,...
With a proper formalism for proton emission from triaxially deformed nuclei, we perform exact calcul...
A review of experimental data obtained recently on proton-radioactive nuclei is presented. The high...
Decay studies on rare earth nuclei around the proton drip line have been performed by means of the R...
Recent proton radioactivity studies at the Holifield Radioactive Ion Beam Facility at Oak Ridge are ...
Fine structure in proton emission from the [Formula presented] activity of [Formula presented] was d...
Evidence for the proton decay of 144Tm was found in an experiment at the Recoil Mass Spectrometer at...
Proton decay has been transformed in recent years from an exotic phenomenon into a powerful spectros...
Proton decay presents an opportunity to obtain nuclear structure information for a nucleus situated ...
International audienceGamma rays from the transitional proton emitting nuclei 145,146,147Tm have bee...
Evidence for the proton decay of 144Tm was found in an experiment at the Recoil Mass Spectrometer at...
Measurement of fine structure in proton emission allows one to deduce the composition of the parent ...
Properties of nuclei beyond the proton drip line are studied via measurement of the spontaneous emis...
First observations of fine structure in proton emission from the isotopes 145Tm and 1446m,gsTm are r...
Fine structure in proton emission with the branching ratio Ip=9.6±1.5% was discovered during the rei...
In a recent experiment to study the proton radioactivity of the highly deformed {sup 131}Eu nucleus,...
With a proper formalism for proton emission from triaxially deformed nuclei, we perform exact calcul...
A review of experimental data obtained recently on proton-radioactive nuclei is presented. The high...
Decay studies on rare earth nuclei around the proton drip line have been performed by means of the R...
Recent proton radioactivity studies at the Holifield Radioactive Ion Beam Facility at Oak Ridge are ...
Fine structure in proton emission from the [Formula presented] activity of [Formula presented] was d...
Evidence for the proton decay of 144Tm was found in an experiment at the Recoil Mass Spectrometer at...
Proton decay has been transformed in recent years from an exotic phenomenon into a powerful spectros...
Proton decay presents an opportunity to obtain nuclear structure information for a nucleus situated ...
International audienceGamma rays from the transitional proton emitting nuclei 145,146,147Tm have bee...
Evidence for the proton decay of 144Tm was found in an experiment at the Recoil Mass Spectrometer at...