A new Separator for Heavy ELement Spectroscopy (SHELS) has been recently installed at the U-400 accelerator at FLNR, JINR in Dubna, Russia. The details of the upgrade as well as the results from some of the commissioning runs are discussed. In particular, transmission tests with the 208Pb(40Ar, 2–3n)245−6Fm reaction, as well as isomer spectroscopy results for 210Ra produced in 164Dy(50Ti, 3–5n)209−11Ra reaction are presented.status: publishe
After more than half a century of research addressing the synthesis and nuclear structure of superhe...
With its powerful installations, GSI, Darmstadt, provides unique conditions for fundamental and appl...
The JINR (Dubna)-IN2P3 (France) Collaboration project aimed at the alpha, beta, gamma spectroscopy o...
A new Separator for Heavy ELement Spectroscopy (SHELS) has been recently installed at the U-400 acce...
International audienceInvestigations of complete fusion reactions leading to the synthesis of heavy ...
Investigations of complete fusion reactions leading to the synthesis of heavy and superheavy nuclei ...
International audienceVarious types of reactions and identification techniques were applied in the i...
The SHELS velocity filter originated upon reconstruction of the VASSILISSA electrostatic separator u...
International audienceA JINR — IN2P3 collaboration project named “GABRIELA” aimed at the nuclear spe...
International audienceA great many experimental studies devoted to exploring in detail the propertie...
International audienceThe SHELS velocity filter originated upon reconstruction of the VASSILISSA ele...
A high intensity ion beam of 50Ti ions was obtained using the ECR ion source on the U400 cyclotron. ...
International audienceImportant information on the structure of super heavy elements (SHE) can come ...
In the Flerov Laboratory of Nuclear Reactions, Joint Institute for Nuclear Research (FLNR JINR), con...
HIRFL was upgraded from beginning 2000. Besides of researches on nuclear physics, atomic physics, ir...
After more than half a century of research addressing the synthesis and nuclear structure of superhe...
With its powerful installations, GSI, Darmstadt, provides unique conditions for fundamental and appl...
The JINR (Dubna)-IN2P3 (France) Collaboration project aimed at the alpha, beta, gamma spectroscopy o...
A new Separator for Heavy ELement Spectroscopy (SHELS) has been recently installed at the U-400 acce...
International audienceInvestigations of complete fusion reactions leading to the synthesis of heavy ...
Investigations of complete fusion reactions leading to the synthesis of heavy and superheavy nuclei ...
International audienceVarious types of reactions and identification techniques were applied in the i...
The SHELS velocity filter originated upon reconstruction of the VASSILISSA electrostatic separator u...
International audienceA JINR — IN2P3 collaboration project named “GABRIELA” aimed at the nuclear spe...
International audienceA great many experimental studies devoted to exploring in detail the propertie...
International audienceThe SHELS velocity filter originated upon reconstruction of the VASSILISSA ele...
A high intensity ion beam of 50Ti ions was obtained using the ECR ion source on the U400 cyclotron. ...
International audienceImportant information on the structure of super heavy elements (SHE) can come ...
In the Flerov Laboratory of Nuclear Reactions, Joint Institute for Nuclear Research (FLNR JINR), con...
HIRFL was upgraded from beginning 2000. Besides of researches on nuclear physics, atomic physics, ir...
After more than half a century of research addressing the synthesis and nuclear structure of superhe...
With its powerful installations, GSI, Darmstadt, provides unique conditions for fundamental and appl...
The JINR (Dubna)-IN2P3 (France) Collaboration project aimed at the alpha, beta, gamma spectroscopy o...