1. January 18, 2013 All Hands January 20131 ARIEL Completion and the next 5 Year Plan

2. ARIEL Completion Project 2 ARIEL Completion E-Linac $5.1M BL4N $4.3M Target Stations & Photo-converter $15.8M Separator & Front End $5.2M Control Center $2M VECC MoU3 Project Management Office EH&SProject Schedule Finance Administration Communications CANREB* * CANREB is already funded

3. e-Linac 3 e-Linac CFS $0.3M PM Injector $1.5M Accelerator $2.0M Cryo $0.8M Controls $0.2M Beamlines $0.3M

4. e-Linac 4 e-Linac CFS $0.3M PM Injector $1.5M Accelerator $2.0M Cryo $0.8M Controls $0.2M Beamlines $0.3M HPRF Source $1.5M LHe distribution Extension $0.2M SA pumps $0.4M Diagnostics $0.3M EACB $2M HPRF Source Tank $0.2M

5. BL4N 5 BL4N CFS $0.3 M PM Extraction Probe 4 $0.2M Beamlines $2.6M Beam Dump $0.7M Controls $0.3M PPS $0.1M MPS $0.1M

6. Targets & Photo Converter 6 Target Stations & Photo-converter West Target Station Non-actinide targets $4.4M West Target Station Actinide targets $8.0M East Target Station / Converter $3.4M Shielding $0.2M Services & Storage $1.5M Target Station $1.1M Labs & Yield St. $1.4M Conditioning Stations $0.7M Actinide Lab $0.8M Hot Cells $5.9M Shielding $0.2M Services & Storage $0.3M Proton Beam Dump $0.1M Shielding $0.2M Services & Storage $1.0M Target Station $1.4M Lead converter $.5M Yield Station $0.3M Instrumentation $0.2M

7. Separator & Front End 7 Beamline to b-NMR [BL from WTS] $1.8M Beamline $ 1.55M Pre-separator $.25M 2 nd accel. path $4.2M CANREB $1.6M Nier Spectrometer RFQ Cooler EBIS Beamlines $ 1.6M HRS MRS $0.7 M Pre-separator $.25M Beamline $.85M Complete LEBT Switchyard [BL from ETS] $1.8M CANREB CFI

8. ARIEL Completion: Science in Phases (1) 1. Materials Science: To get started, we are aiming at  -NMR as the first science Requires: West Target station (non actinides) $4.4M Pre-separator and beamline to  -NMR $1.8M Control Centre $2M => TOTAL: $8.2M 2a. Heavy Ion accelerated beams (using ISAC actinide target module) with ARIEL EBIS and high resolution mass separator and front-end Requires: Beamlines $1.6M 2b. Begin converter development Requires: East Target station (ETS) $3.4M

9. ARIEL Completion: Science in Phases (2) 3a. Physics of photo-fission - includes actinide hot cell, labs Requires: West Target station w/actinides $8M 3b*. Two simultaneous electron-produced RIBs delivered to users Requires: 2 nd pre-separator and beamline $1.1M MRS $0.7M (needed when both RIBs are heavy) => TOTAL: $1.8M 4. New proton beam line for “long running” fundamental symmetry measurements Requires: Proton beamline $4.3M 5. Full exploitation of photo-fission, high power e-linac Requires: e-Linac completion $5.1M ******************************************************************** * In 3a ETS is used for converter development, in 3b it is used also for delivery.

10. Owned and operated as a joint venture by a consortium of Canadian universities via a contribution through the National Research Council Canada Propriété d’un consortium d’universités canadiennes, géré en co-entreprise à partir d’une contribution administrée par le Conseil national de recherches Canada Canada’s national laboratory for particle and nuclear physics Laboratoire national canadien pour la recherche en physique nucléaire et en physique des particules Thank you! Merci TRIUMF: Alberta | British Columbia | Calgary Carleton | Guelph | Manitoba | McMaster Montréal | Northern British Columbia | Queen’s Regina | Saint Mary’s | Simon Fraser | Toronto Victoria | Winnipeg | York