Add to ORKGAn experiment utilizing a double fragmentation reaction was performed to study isobaric analogue states in A 50 nuclei approaching the proton dripline. Gamma ray spectroscopy will be used to identify excited states in the neutron deficient nuclei produced in the second fragmentation reaction. Excited state level schemes will be obtained, through comparison with states in their well known mirror partners, along with information on Coulomb effects through measurements of the Coulomb energy differences between isobaric analogue excited states. The validity of isospin symmetry for nuclei approaching the proton drip line can also be investigated and the information gained will aid in testing and improving fp shell model calculations. The analys...
The isomeric structure of the N=77 isotones _6_5"1"4"2Tb and _6_7"1"4"...
The exploration of exotic nuclei is one of the most intriguing and fastest expanding fields in moder...
The nucleus is a mesoscopic system that retains features from both the quantum and macroscopic world...
An experiment utilizing a double fragmentation reaction was performed to study isobaric analogue sta...
An experiment utilizing a double fragmentation reaction was performed to study isobaric analogue sta...
Two two-step fragmentation reactions were performed using RISING to populate excited states in A app...
Two two-step fragmentation reactions were performed using RISING to populate excited states in A app...
Two two step fragmentation reactions were performed using RISING to populate excited states in A 50 ...
Isospin-breaking effects have been studied for the first time in T=3/2 isobaric analog states. Gamma...
International audienceIn a nuclear fission reaction, a large number of fission fragments are produce...
The structural properties of the very neutron deficient systems around N#approx#Z#approx#40 have bee...
Performing high-energy ?-ray spectroscopy in the A ~ 50 region via two-step fragmentation is a new a...
The first results from a series of experiments focused on the study of the internal structure of nuc...
First results are reported from a major new initiative of experiments, which focus on nuclear struct...
The structural properties of the very neutron deficient systems around N~Z~40 have been studied in t...
The isomeric structure of the N=77 isotones _6_5"1"4"2Tb and _6_7"1"4"...
The exploration of exotic nuclei is one of the most intriguing and fastest expanding fields in moder...
The nucleus is a mesoscopic system that retains features from both the quantum and macroscopic world...
An experiment utilizing a double fragmentation reaction was performed to study isobaric analogue sta...
An experiment utilizing a double fragmentation reaction was performed to study isobaric analogue sta...
Two two-step fragmentation reactions were performed using RISING to populate excited states in A app...
Two two-step fragmentation reactions were performed using RISING to populate excited states in A app...
Two two step fragmentation reactions were performed using RISING to populate excited states in A 50 ...
Isospin-breaking effects have been studied for the first time in T=3/2 isobaric analog states. Gamma...
International audienceIn a nuclear fission reaction, a large number of fission fragments are produce...
The structural properties of the very neutron deficient systems around N#approx#Z#approx#40 have bee...
Performing high-energy ?-ray spectroscopy in the A ~ 50 region via two-step fragmentation is a new a...
The first results from a series of experiments focused on the study of the internal structure of nuc...
First results are reported from a major new initiative of experiments, which focus on nuclear struct...
The structural properties of the very neutron deficient systems around N~Z~40 have been studied in t...
The isomeric structure of the N=77 isotones _6_5"1"4"2Tb and _6_7"1"4"...
The exploration of exotic nuclei is one of the most intriguing and fastest expanding fields in moder...
The nucleus is a mesoscopic system that retains features from both the quantum and macroscopic world...