Add to ORKGWe use a potential model, together with spectroscopic factors from a combination of weak coupling and a shell-model calculation, to compute the mass of the ground state of 18Mg, considered as a mirror of 18C. The result is E2p=3.87(10)MeV
AbstractI use a simple model to parameterize mirror energy differences for several nuclei with N=8 o...
We have used a potential model, together with information from 13Be, to compute expected energies an...
I demonstrate that the B(E2) value in 32Mg can be understood with a model in which both the ground a...
We use a potential model, together with spectroscopic factors from a combination of weak coupling an...
We have calculated energies of the first two excited states of 19Mg by using a model that was previo...
We use a weak-coupling procedure and results of a shell-model calculation to compute the two-proton ...
New results for energies of resonances in 18Na have led us to reexamine the problems of 18Na and 19M...
We use a weak-coupling procedure and results of a shell-model calculation to compute the two-proton ...
New results for energies of resonances in 18Na have led us to reexamine the problems of 18Na and 19M...
Data for the 14C(6Li,d)18O(6.20) reaction, at 20 MeV, provides an α spectroscopic factor of 0.23 for...
A recent experiment located the lowest 2+ state in 20Mg and discovered that the corresponding 2+, T ...
Data for the 14C(6Li,d)18O(6.20) reaction, at 20 MeV, provides an α spectroscopic factor of 0.23 for...
We have computed energies of 16Ne levels in a core plus two-nucleon space, using known 16C energies ...
We have computed energies of 16Ne levels in a core plus two-nucleon space, using known 16C energies ...
We have used a potential model, together with information from 13Be, to compute expected energies an...
AbstractI use a simple model to parameterize mirror energy differences for several nuclei with N=8 o...
We have used a potential model, together with information from 13Be, to compute expected energies an...
I demonstrate that the B(E2) value in 32Mg can be understood with a model in which both the ground a...
We use a potential model, together with spectroscopic factors from a combination of weak coupling an...
We have calculated energies of the first two excited states of 19Mg by using a model that was previo...
We use a weak-coupling procedure and results of a shell-model calculation to compute the two-proton ...
New results for energies of resonances in 18Na have led us to reexamine the problems of 18Na and 19M...
We use a weak-coupling procedure and results of a shell-model calculation to compute the two-proton ...
New results for energies of resonances in 18Na have led us to reexamine the problems of 18Na and 19M...
Data for the 14C(6Li,d)18O(6.20) reaction, at 20 MeV, provides an α spectroscopic factor of 0.23 for...
A recent experiment located the lowest 2+ state in 20Mg and discovered that the corresponding 2+, T ...
Data for the 14C(6Li,d)18O(6.20) reaction, at 20 MeV, provides an α spectroscopic factor of 0.23 for...
We have computed energies of 16Ne levels in a core plus two-nucleon space, using known 16C energies ...
We have computed energies of 16Ne levels in a core plus two-nucleon space, using known 16C energies ...
We have used a potential model, together with information from 13Be, to compute expected energies an...
AbstractI use a simple model to parameterize mirror energy differences for several nuclei with N=8 o...
We have used a potential model, together with information from 13Be, to compute expected energies an...
I demonstrate that the B(E2) value in 32Mg can be understood with a model in which both the ground a...