The ISAC facility (Isotope Separation and Acceleration) at TRIUMF has recently started to provide isotopes for pre-clinical nuclear medicine studies. By irradiating ISOL (Isotope Separation OnLine) targets with a 480 MeV proton beam from the TRIUMF H- cyclotron, the facility can deliver a large variety of radioactive isotope beams (RIB) for research in the fields of nuclear astrophysics, nuclear structure and material science with half-lives down to a few milliseconds via an electrostatic beamline network. For the collection of medical isotopes, typically with half-lives in the range of hours or days, we have developed a compact apparatus for the implantation of mass-separated RIB on a target disc at energies between 20-55 keV. In this pape...
Accelerator-based techniques with electromagnetic mass separation are considered among the most inno...
Construction has begun on ISAC, a radioactive ion beam and accelerator facility which utilizes the I...
Development of a facility combining an isotope-separator-on-line (ISOL) with a post-accelerator, to ...
The ISAC facility (Isotope Separation and Acceleration) at TRIUMF has recently started to provide is...
The TRIUMF Isotope Separator and Accelerator (ISAC) facility uses the isotope separation on-line (IS...
The ISAC facility is operational since 1998, we utilize the proton beam from the TRIUMF H- cyclotron...
The control system for the initial stage of the ISAC radioactive beam facility at TRIUMF was recentl...
The ISAC facility at TRIUMF utilizes up to 100 µA from the 500 MeV H− cyclotron to produce the radio...
The TRIUMF 500 MeV cyclotron provides up to 100 μA of protons for the production of exotic beams, pr...
The ISAC facility at TRIUMF utilizes up to 100 μA from the 500 MeV H- cyclotron to produce the RIB u...
The construction phase of the ISAC radioactive ion beam (RIB) facility is now completed. The ISAC RI...
Since 1998 the TRIUMF H – cyclotron has been equipped with a new 500 MeV proton extraction beam line...
Access to new and rare radioactive isotopes is imperative for establishing fundamental knowledge and...
The last decade has seen a growing worldwide interest in the possibility of generating beams of uns...
An isotope separator (TISOI,) has been installed at TRI-UMF to study the generation of radioactive b...
Accelerator-based techniques with electromagnetic mass separation are considered among the most inno...
Construction has begun on ISAC, a radioactive ion beam and accelerator facility which utilizes the I...
Development of a facility combining an isotope-separator-on-line (ISOL) with a post-accelerator, to ...
The ISAC facility (Isotope Separation and Acceleration) at TRIUMF has recently started to provide is...
The TRIUMF Isotope Separator and Accelerator (ISAC) facility uses the isotope separation on-line (IS...
The ISAC facility is operational since 1998, we utilize the proton beam from the TRIUMF H- cyclotron...
The control system for the initial stage of the ISAC radioactive beam facility at TRIUMF was recentl...
The ISAC facility at TRIUMF utilizes up to 100 µA from the 500 MeV H− cyclotron to produce the radio...
The TRIUMF 500 MeV cyclotron provides up to 100 μA of protons for the production of exotic beams, pr...
The ISAC facility at TRIUMF utilizes up to 100 μA from the 500 MeV H- cyclotron to produce the RIB u...
The construction phase of the ISAC radioactive ion beam (RIB) facility is now completed. The ISAC RI...
Since 1998 the TRIUMF H – cyclotron has been equipped with a new 500 MeV proton extraction beam line...
Access to new and rare radioactive isotopes is imperative for establishing fundamental knowledge and...
The last decade has seen a growing worldwide interest in the possibility of generating beams of uns...
An isotope separator (TISOI,) has been installed at TRI-UMF to study the generation of radioactive b...
Accelerator-based techniques with electromagnetic mass separation are considered among the most inno...
Construction has begun on ISAC, a radioactive ion beam and accelerator facility which utilizes the I...
Development of a facility combining an isotope-separator-on-line (ISOL) with a post-accelerator, to ...