What will you be seeing? ISAC-I Home to TRIUMF’s low and medium-ener- gy experiments, the RFQ and DTL accel- erators can bring our RIB up to 1.8 MeV per nucleon. E-LINAC The main 520 MeV cyclotron is the heart of TRIUMF and is located adjacent to the Meson Hall, producing up to 4 simultane- ous beams. The Main Cyclotron This new construction will provide TRIUMF with additional RIBs, using a 50 MeV e-linac. Tour Map nEDM workshop 2017 4004 Wesbrook Mall | Vancouver, BC Tel 604.222.1047 | Fax 604.222.1074 nEDM workshop 2017 ISAC-II Housing our SC-Linac ISAC-II contains TRIUMF’s high-energy RIB experiments. The SC-Linac can accelerate the RIB up to 11 MeV per nucleon. 1 3 7 5 Medical Cyclotrons TRIUMF operates four small, medical cy- clotrons that are used to create isotopes for diagnosis and treatment of medical ailments. Near stop Near stop Near stop Near stop Near stop 1 UCN facility Ultracold neutrons at TRIUMF are created from spallation neutrons using protons from the cylclotron. These neutrons are then moderated and converted to UCN by superfluid helium. Near stop 1
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What will you be seeing?
ISAC-I
Home to TRIUMF’s low and medium-ener-gy experiments, the RFQ and DTL accel-erators can bring our RIB up to 1.8 MeV per nucleon.
E-LINAC
The main 520 MeV cyclotron is the heart of TRIUMF and is located adjacent to the Meson Hall, producing up to 4 simultane-ous beams.
The Main Cyclotron
This new construction will provide TRIUMF with additional RIBs, using a 50 MeV e-linac.
Tour Map nEDM workshop 20174004 Wesbrook Mall | Vancouver, BC
Tel 604.222.1047 | Fax 604.222.1074
nEDM workshop 2017
ISAC-IIHousing our SC-Linac ISAC-II contains TRIUMF’s high-energy RIB experiments. The SC-Linac can accelerate the RIB up to 11 MeV per nucleon.
1
3
7
5
Medical CyclotronsTRIUMF operates four small, medical cy-clotrons that are used to create isotopes for diagnosis and treatment of medical ailments.
Near stop
Near stop
Near stop
Near stop
Near stop 1
UCN facilityUltracold neutrons at TRIUMF are created from spallation neutrons using protons from the cylclotron. These neutrons are then moderated and converted to UCN by superfluid helium.
Near stop 1
1 Meson Hall (UCN)2 MHESA Lab3 Electron Hall4 ISAC-II6 Tier-1 Data Centre 7 ISAC-I
Tour Stops
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