A new type of gas cell for the resonance ionization laser ion source at the Leuven Isotope Separator On Line (LISOL) has been developed and tested under off-line and on-line conditions. Two-step selective laser ionization is applied to produce purified beams of radioactive isotopes. The selectivity of the ion source has been increased by more than one order of magnitude by separation of the stopping and laser ionization regions. This allows the use of electrical fields for further ion purification.14 figuresstatus: publishe
International audienceTo study exotic nuclides at the borders of stability with laser ionization and...
The mass separator LISOL, on-line to the CYCLONE cyclotron, is described as it is presently configur...
International audienceRare Elements in-Gas Laser Ion Source and Spectroscopy at S3 (REGLIS3) is the ...
The proof of principle of the Laser Ion Source Trap (LIST) coupled to a gas cell catcher system has ...
A spontaneous fission Californium-252 source was placed inside a gas cell in order to characterize t...
The application of the technique of laser resonance ionization to the production of singly charged i...
The in-gas laser ionization and spectroscopy technique has been developed at the Leuven isotope sepa...
Intense radioactive ion beams are produced by the isotope separation on-line method. The resonance i...
The necessity and possibility of improving the isotope separator The necessity and possibility of i...
Resonant ionisation laser ion sources are nowadays extensively used, when available, at many leading...
Exotic atomic nuclei far away from stability are fascinating objects to be studied in many scientic ...
Exotic atomic nuclei far away from stability are fascinating objects to be studied in many scientic ...
At ISOLDE the majority of radioactive ion beams are produced using the resonance ionization laser io...
The Leuven Isotope Separator On-Line (LISOL) facility at the Cyclotron Research Center (CRC) Louvain...
1. Ion Beam Simulation of the Leuven Isotope Separator On-Line(LISOL)inits new configuration in the ...
International audienceTo study exotic nuclides at the borders of stability with laser ionization and...
The mass separator LISOL, on-line to the CYCLONE cyclotron, is described as it is presently configur...
International audienceRare Elements in-Gas Laser Ion Source and Spectroscopy at S3 (REGLIS3) is the ...
The proof of principle of the Laser Ion Source Trap (LIST) coupled to a gas cell catcher system has ...
A spontaneous fission Californium-252 source was placed inside a gas cell in order to characterize t...
The application of the technique of laser resonance ionization to the production of singly charged i...
The in-gas laser ionization and spectroscopy technique has been developed at the Leuven isotope sepa...
Intense radioactive ion beams are produced by the isotope separation on-line method. The resonance i...
The necessity and possibility of improving the isotope separator The necessity and possibility of i...
Resonant ionisation laser ion sources are nowadays extensively used, when available, at many leading...
Exotic atomic nuclei far away from stability are fascinating objects to be studied in many scientic ...
Exotic atomic nuclei far away from stability are fascinating objects to be studied in many scientic ...
At ISOLDE the majority of radioactive ion beams are produced using the resonance ionization laser io...
The Leuven Isotope Separator On-Line (LISOL) facility at the Cyclotron Research Center (CRC) Louvain...
1. Ion Beam Simulation of the Leuven Isotope Separator On-Line(LISOL)inits new configuration in the ...
International audienceTo study exotic nuclides at the borders of stability with laser ionization and...
The mass separator LISOL, on-line to the CYCLONE cyclotron, is described as it is presently configur...
International audienceRare Elements in-Gas Laser Ion Source and Spectroscopy at S3 (REGLIS3) is the ...