Titlebook: ISAC and ARIEL: The TRIUMF Radioactive Beam Facilities and the Scientific Program; A Laboratory Portrai Jens Dilling,Reiner Krücken,Lia Mer

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,DESCANT – the deuterated scintillator array for neutron tagging,The DESCANT array is a new device for neutron detection based on deuterated liquid scintillator. It has been designed to be coupled with the TIGRESS and GRIFFIN . -ray spectrometers to enable neutron tagging in fusion-evaporation reactions, and .-delayed neutron studies.

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Laser polarization facility,An overview of the laser polarizer facility at ISAC is provided. The chargeexchange cell is described in some detail.

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The TRIUMF 500 MeV cyclotron: the driver accelerator,used cyclotron. In this article we describe the design and operation of the cyclotron, and also the extensive program of upgrading the equipment and beams that has enhanced its performance and reliability over recent years.

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ISAC targets,ties. Since beginning operation in 1998, beam intensities on ISAC targets have progressively increased toward the 100 μA design limit. Routine operation with p. intensities up to 75 μA is currently possible for both refractory metal target materials and for composite metal carbide materials; full 99

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Off line ion source terminal,and for pilot beams for radioactive beam experiments. The OLIS terminal (see Fig. 2) is equipped with a microwave driven cusp source for single and double charge ions, a surface ion source for low energy spread alkali beams, and a multi-charge ion source.

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DAMN

The ISAC post-accelerator,nergy area in ISAC-I and a high energy area in ISAC-II. The post-accelerator comprises a 35.4 MHz RFQ to accelerate beams of A/q ≤ 30 from 2 keV/u to 150 keV/u and a post stripper, 106.1 MHz variable energy drift tube linac (DTL) to accelerate ions of A/q ≤ 6 to a final energy between 0.15 MeV/u to

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