Celebrating 40 Years of Beam at Triumf
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X-Ray and Optical Diagnostic Beamlines at the Australian Synchrotron Storage Ring
Proceedings of EPAC 2006, Edinburgh, Scotland THPLS002 X-RAY AND OPTICAL DIAGNOSTIC BEAMLINES AT THE AUSTRALIAN SYNCHROTRON STORAGE RING M. J. Boland, A. C. Walsh, G. S. LeBlanc, Y.-R. E. Tan, R. Dowd and M. J. Spencer, Australian Synchrotron, Clayton, Victoria 3168, Australia. Abstract powerful diagnostic tool which will deliver data to the Two diagnostic beamlines have been designed and machine group as well as information to the machine constructed for the Australian Synchrotron Storage Ring status display for the users. [1]. One diagnostic beamline is a simple x-ray pinhole General Layout camera system, with a BESSY II style pinhole array [2], designed to measure the beam divergence, size and Fig. 1. shows the schematic layout of the XDB with a stability. The second diagnostic beamline uses an optical sketch of the expected beam profile measurement. Both chicane to extract the visible light from the photon beam diagnostic beamlines have dipole source points. The and transports it to various instruments. The end-station electron beam parameters for the source points are shown of the optical diagnostic beamline is equipped with a Table 1. for storage ring with the nominal lattice of zero streak camera, a fast ICCD camera, a CCD camera and a dispersion in the straights and assuming 1% coupling. Fill Pattern Monitor to analyse and optimise the electron Table 1: Electron beam parameters at the source points. beam using the visible synchrotron light. Parameter ODB XDB β x (m) 0.386 0.386 MOTIVATION β y (m) 32.507 32.464 The Storage Ring diagnostic beamlines were desiged to σx (μm) 99 98 serve two essential functions: σx′ (μrad) 240 241 1. -
(NP-EEC) Meeting (May 10Th – 13Th ) De
Monday, February 22, 2021 2021 Summer Nuclear Physics Experiment Evaluation Committee1 (NP-EEC) Meeting (May 10th – 13th ) Dear Experimenters, Users & Staff, We hereby notify that TRIUMF will hold a special virtual meeting of the NP-EEC on May 10th-13th 2021. As you all may be aware the Summer 2020 and Winter 2021 meetings were cancelled due to circumstances surrounding COVID19. In order to allow the committee to deal with the large number of returning requests for expired/expiring high-priority experiment shifts, this first meeting post-lockdown will concentrate on those proposals. As such, we will not nominally be accepting new experiment proposals. Submissions that will be accepted are: 1. Progress Reports for H-priority proposals that expired/will expire at the June 2020, January 2021 or June 2022 EEC meetings2 (proponents will be contacted directly). 2. New regular Letters of Intent (where beam or facility development is reQuired; no shifts are requested) 3. Existing Letters of Intent that have had beam developed in 2020 and wish to upgrade to a Full Proposal 4. New Proposals that receive special dispensation from ALD Physical Sciences, based on compelling arguments why they cannot delay submission until Jan 2022 (see below): The purpose of this meeting is to allow expiring high-priority experiments that were prevented from running largely due to beam-time shortages associated with the lockdown in 2020 to extend approval, while managing our experiment shift backlog. As such, the number of high priority shifts that will be available for the EEC to allocate will be approximately equal to the number of expiring shifts. -
Residents Meet Election Candidates University RCMP Welcomes
Published by the University Neighbourhoods Association Volume 9, Issue 10 OCTOBER 16, 2018 University RCMP Welcomes Stadium Road Neighbourhood Residents to First Open House Public Consultation: “Reaching a Reasonable Solution” Residents who launched May in the Stadium Road Neighbourhood, and petition concerning Stadium Road once built, it will become the sixth neigh- Neighbourhood development, have bourhood developed at UBC after Hamp- ton Place (1990s), Hawthorn Place (2000s), launched a second petition Chancellor Place (2000s), East Campus (2010s) and Wesbrook Place (2010s). John Tompkins Editor Meanwhile, members of the UBC residen- tial community have expressed objections to what they see as the ballooning size of the SRN project. UBC originally proposed If you have a last-minute opinion on the the size of the residential floor area to be plan options for the proposed residential 993,000 square feet. Then, in an amended neighbourhood on Stadium Road at UBC, version of the plan earlier this year, build- the time to express it is before October 21, ing area rose to 1.5 million square feet. the last date of an online survey. Some residents even believe the project is on its way to 1.8 million square feet. After three weeks of listening to the public Firefighter Mark McCash from Vancouver Hall No.10 at UBC, RCMP officer on everything – from where a new football The Alma Mater Society, which represents Kyle Smith and Staff Sergeant Chuck Lan, University RCMP Detachment field should be located in relation to the 50,000 UBC students, added to size projec- Commander, at University RCMP Detachment Open House at 2990 layout of numerous residential buildings to tions recently by proposing that the current Wesbrook Mall on Saturday, October 13. -
National Synchrotron Light Source II (NSLS-II) Project
Department of Energy Project Management Workshop 2016 “Enhancing Project Management” National Synchrotron Light Source II (NSLS‐II) Project Frank J. Crescenzo, Federal Project Director Office of Science ‐ Brookhaven Site Office NSLS‐II Project • Synchrotron Radiation Facility (SRF) • 10,000 times brighter than NSLS with ultra‐low emittance and exceptional beam stability • Delivers world leading capability to image single atoms • Total Project Cost (TPC) = $912M, TEC= $791.2M; OPC=$120.8M • $150M ARRA accelerated funding profile (did not increase TPC) • LINAC, 3.0 GeV Booster, 500mA Storage Ring 791.5m circumference • 7 Insertion Device Beamlines (ultimate capability for over 60 beamlines) • Various buildings totaling 628,000 gross square feet • Completed 6 months early, added $68M scope from CD‐2 baseline Injector & Storage Ring LINAC BOOSTER STORAGE RING INSERTION DEVICE Beamlines & Endstations CSX Beamline XPD Endstation CHX Endstation HXN Endstation NSLS‐II Floor Plan L‐ LINAC B‐ Booster RF‐ RF facility 1‐5 – Pendant # Why Was This Project Successful? • Basic Energy Science’s (project sponsor) commitment to project success • Laboratory commitment to project success • Excellent Integrated Project Team • Project team’s technical capabilities 6 Thanks! Steven Dierker Laboratory Project Director Aesook Byon Laboratory Deputy Project Director Robert Caradonna Deputy Federal Project Director Phillip Kraushaar Program Manager, SC‐BES 7 Back‐up Slides 8 National Synchrotron Light Source II (NSLS‐II) Project Storage Ring Lab Office Building (LOB) Satellite Beamline Endstation Building Frank Crescenzo –FPD CD‐4 Achieved March 19, 2015 Brookhaven Site Office (BHSO) Schedule Funding Profile 11 Project Costs WBS WBS Name At CD‐2 Added Scope Final Contingency Utilization Contingency was used primarily for project support which was underestimated and augmented 1.01 PROJECT MANAGEMENT $52,506 $4,743 $69,752 to execute scope additions. -
Tales of TRIUMF
Anz_spec_CERN_10-2017_sp 10.10.17 09:27 Seite 1 DIGITIZER ARBITRARY WAVEFORM CERN Courier May 2018 Up to 5 GS/s GENERATORS Facilities Up to 16 Bit Up to 1.25 GS/s All image credits: TRIUMF Up to 128 Channels Up to 16 Bit TRIUMF’s staff posing on the Streaming up to 3.4 GB/s Up to 128 Channels cyclotron magnet in 1972. for PCI Express, PXIe and Ethernet / LXI SPECTRUM INSTRUMENTATION Perfect fit – modular designed solutions Over 500 different products! www.spectrum-instrumentation.com | US: Phone (201) 562 1999 | Asia / Europe: Phone +49 (4102) 695 60 Tales of TRIUMF Founded 50 years ago to meet research needs that no single university could provide, Canada’s premier accelerator laboratory continues to drive discoveries. The TRIUMF laboratory’s 50-year legacy is imprinted on its of rainforest on the University of British Columbia’s (UBC) south 13-acre campus in Vancouver; decades-old buildings of cinder- campus, is this year reflecting on its rich past, its vibrant present block and corrugated steel sit alongside new facilities housing state- and the promise of a bright future. of-the-art equipment. With each new facility, the lab continues its half-century journey from a regional tri-university meson facility The tri-university meson facility (from where the acronym TRIUMF comes) to a national and inter- The first inklings for the tri-university meson facility were them- national hub for science. selves a product of three separate elements: a trio of Canadian At the laboratory’s centre is the original 520 MeV cyclotron, a universities, a novel accelerator concept and an appetite for col- negative-hydrogen-ion accelerator so well engineered when it was laboration within the field of nuclear physics in the early 1960s. -
Dinner Speakers
Erich W.Vogt dinner Barbara Brink ( OC,OBC,......) • BC Life time achievement Award • President/CEO/ Founding member of Science World Vancouver. • Past chair of Vancouver General Hospital and the UBC Foundation; founding chair of the West Vancouver Community Centre Services Society; general campaign chair for the United Way campaign in 1995-96 and volunteer trainer for the United Way's Volunteer Leadership Development Program; vice-chair of the Laurier Institution, a think-tank that studies the impact of immigration on Canada's economy and society; and provincially appointed public governor on the former Vancouver Stock Exchange. Haig Farris • Venture capital pioneer in Vancouver with Ventures West ( 1972) • Kaon Venture office (1990) • UBC teaching on entrepreneuship 1992 • Chairman of D-Wave ( 1999) :Makers of quantum computers • Co-chair of Creative Destruction Laboratory Thank you LOC • Ewart Blackmore (TRIUMF) • Jess Brewer (UBC) • Donald Brooks (UBC) • Peter Kitching (UofA/TRIUMF) • Janis McKenna (UBC) • Reiner Kruecken ( TRIUMF/UBC) • Marcello Pavan (TRIUMF) • Jean-Michel Poutissou (TRIUMF) • lots of help from Niki Martin and Dana Gaisson Thank you speakers • Daniel Ashery • François Benard • Jess Brewer • Jens Dilling • Kenata Nagamine • Jerry Porter • J.-M.Poutissou • Robert Redwine • Tom Ruth • Toshi Yamazaki Thank you • TRIUMF and UBC sponsored this event • Nordion made a generous contribution • UBC physics dept and TRIUMF sponsored students • University Golf Club ( Joni Martinson) event coordinator and catering Institute of Particle Physics (IPP) Doug Stairs,past director • Today we honour the memory of Professor Erich Vogt, a gifted physicist and an exceptional scientific leader. During his years as Director of TRIUMF, the Laboratory achieved international recognition for the quality its research in Nuclear and Particle Physics, Accelerator Science and Medical Physics. -
The Radiological Situation in the Beam-Cleaning Sections of the CERN Large Hadron Collider (LHC) I I CHAPTER 5 Benchmark Measurements
Markus Brugger The Radiological Situation in the Beam-Cleaning Sections of the CERN Large Hadron Collider (LHC) DISSERTATION zur Erlangung des akademischen Grades eines Doktors der Technischen Wissenschaften eingereicht an der Technischen Universität Graz Rechbauerstraße 12 A - 8010 Graz CERN-THESIS-2003-039 //2003 Begutachter: Ao.Univ.-Prof. Dr.techn. Ewald Schachinger Institut fur Theoretische Physik der TU Graz Graz, November 2003 Kurzfassung Diese Dissertation beschäftigt sich mit radiologischen Aspekten am "Large Hadron Collider", welcher momentan am CERN gebaut wird. Im Detail handelt es sich dabei um die beiden so genannten "Beam Cleaning Insertions", jene Bereiche in welchen man versucht möglichst alle Teilchen zu absorbieren, welche ansonsten in anderen Teilen des Beschleunigers zu Schäden führen könnten. Es werden zwei kritische Aspekte des Strahlenschutzes behandelt: Dosisleistung durch induzierte Radioaktivität und die Aktivierung von Luft. Die Anpassung des Designs dieser Regionen in Verbindung mit einer detaillierten Abschätzung der jeweiligen Dosisleistungen ist von großer Wichtigkeit für spätere Wartungsarbeiten. Bisher standen lediglich sehr eingeschränkte Studien über die in jenen Regionen zu erwartenden Strahlenniveaus zur Verfügung, welche diese Dissertation nun zu erweitern und vervollständigen sucht. Dabei wird eine neue Methode angewendet um Dosisleistungen zu bestimmen, welche, da sie zum ersten Mal zu deren Berechnung verwendet wird, sorgfältig im Rahmen eines Experimentes überprüft wird. Zusätzlich stellt die Aktivierung der Luft einen wichtigen Aspekt für die Inbetriebnahme des Beschleunigers dar. Jüngste Änderungen im Konzept des Beschleunigers, machen eine Revision vorhandener Ergebnisse und eine umfassende neue Studie notwendig. Die Ergebnisse von beiden Studien sind von großer Wichtigkeit für die weiteren Entscheidungen bezüglich des endgültigen Entwurfs der "Beam Cleaning Insertions". -
University of British Columbia Campus Map
THEUNIVERSITYOFBRITISHCOLUMBIA CAMPUSMAP L VisitorParking: 7 e P Parkades g e P TicketDispenserorMeterParkingLots n GREEN Pedestrianzone A COLLEGE d MUSEUMOF ANTHROPOLOGY 1.AquaticCentre 25 2.Angus(Henry)Building(Commerce) 3.AsianCentre P GATE Duke 3 Hall 4.Bookstore Norman 28 ROSE P GARDEN 5.BrockHall(StudentServices) Mackenzie GATE PARKADE Carr 6.BuchananBuilding(Arts) Hall House 4 8 7.CecilGreenParkHouse 36 ROSE GARDEN Carey 8.ChanCentreforthePerformingArts 17 Hall 34 9.ChoiBldg(Inst.ofAsianResearch) 20 22 10.CICSR/ComputerScience D B Belkin WALTERGAGERESIDENCE 11.ComputerScienceBuilding 15 Art P St.Andrews &CONFERENCECENTRE 12 .ContinuingStudies Gallery C E Housing 9 5959StudentUnionBlvd. 13.FirstNationsLonghouse A 14 .ForestryBuilding Nitobe 6 3 Buchanan 15 .FredericWoodTheatre P 26 21 B Memorial Tower 16.GeographyBuilding Garden NORTH P 5 PARKADE 17.GraduateStudentCentre FRASER P 18.HebbTheatre RIVER 19.HenningsBuilding PARKADE 20 .InternationalHouse KOERNER MAIN 21 .LasserreBuilding C 24 LIBRARY LIBRARY GATE 22.Law(Curtis)Building 13 16 2 PLACEVANIER 32 23.MacMillanBuilding RESDENCE 24.MathematicsBuilding 1935LowerMall 33 25.MuseumofAuthropology STUDENT 26.MusicBui lding 11 UNION MacInnes 27.OsborneCentre(Gymnasium) 19 BUILDING Field P TREKKERS 28.Parking&CampusSecurityOffices RESTAURANT 29.PonderosaBuilding 18 Chemistry 30.ScarfeBuilding(Education) 29 2 1 31.SocialWork,Schoolof(JackBellBldg) 31 32.StudentRecreationCentre(SRC) GATE BUS LOOP 33.StudentUnionBuilding(SUB) D 6 P 39 34.Theology,VancouverSchoolof 35.ThunderbirdWinterSportsCentre St.John’s 4 College 36. UniversityCentre 12 30 40 37.UniversityVillage GATE 38.VancouverHospital(UBCSite) P 1 39.WarMemorialGymnasium WEST 40.WesbrookBuilding PARKADE 41.Woodward/IRC 41 E REGENT COLLEGE University 37 Village CEMELabs P P HEALTH Barn SCIENCES 38 Coffee PARKADE Shop GATE 7 RITSUMEIKAN- 23 F UBCHOUSE 6450AgronomyRd. -
Canadian-Built Laser Chills Antimatter to Near Absolute Zero for First Time Researchers Achieve World’S First Manipulation of Antimatter by Laser
UNDER EMBARGO UNTIL 8:00 AM PT ON WED MARCH 31, 2021 DO NOT DISTRIBUTE BEFORE EMBARGO LIFT Canadian-built laser chills antimatter to near absolute zero for first time Researchers achieve world’s first manipulation of antimatter by laser Vancouver, BC – Researchers with the CERN-based ALPHA collaboration have announced the world’s first laser-based manipulation of antimatter, leveraging a made-in-Canada laser system to cool a sample of antimatter down to near absolute zero. The achievement, detailed in an article published today and featured on the cover of the journal Nature, will significantly alter the landscape of antimatter research and advance the next generation of experiments. Antimatter is the otherworldly counterpart to matter; it exhibits near-identical characteristics and behaviours but has opposite charge. Because they annihilate upon contact with matter, antimatter atoms are exceptionally difficult to create and control in our world and had never before been manipulated with a laser. “Today’s results are the culmination of a years-long program of research and engineering, conducted at UBC but supported by partners from across the country,” said Takamasa Momose, the University of British Columbia (UBC) researcher with ALPHA’s Canadian team (ALPHA-Canada) who led the development of the laser. “With this technique, we can address long-standing mysteries like: ‘How does antimatter respond to gravity? Can antimatter help us understand symmetries in physics?’. These answers may fundamentally alter our understanding of our Universe.” Since its introduction 40 years ago, laser manipulation and cooling of ordinary atoms have revolutionized modern atomic physics and enabled several Nobel-winning experiments. -
Conceptual Design Report Jülich High
General Allgemeines ual Design Report ual Design Report Concept Jülich High Brilliance Neutron Source Source Jülich High Brilliance Neutron 8 Conceptual Design Report Jülich High Brilliance Neutron Source (HBS) T. Brückel, T. Gutberlet (Eds.) J. Baggemann, S. Böhm, P. Doege, J. Fenske, M. Feygenson, A. Glavic, O. Holderer, S. Jaksch, M. Jentschel, S. Kleefisch, H. Kleines, J. Li, K. Lieutenant,P . Mastinu, E. Mauerhofer, O. Meusel, S. Pasini, H. Podlech, M. Rimmler, U. Rücker, T. Schrader, W. Schweika, M. Strobl, E. Vezhlev, J. Voigt, P. Zakalek, O. Zimmer Allgemeines / General Allgemeines / General Band / Volume 8 Band / Volume 8 ISBN 978-3-95806-501-7 ISBN 978-3-95806-501-7 T. Brückel, T. Gutberlet (Eds.) Gutberlet T. Brückel, T. Jülich High Brilliance Neutron Source (HBS) 1 100 mA proton ion source 2 70 MeV linear accelerator 5 3 Proton beam multiplexer system 5 4 Individual neutron target stations 4 5 Various instruments in the experimental halls 3 5 4 2 1 5 5 5 5 4 3 5 4 5 5 Schriften des Forschungszentrums Jülich Reihe Allgemeines / General Band / Volume 8 CONTENT I. Executive summary 7 II. Foreword 11 III. Rationale 13 1. Neutron provision 13 1.1 Reactor based fission neutron sources 14 1.2 Spallation neutron sources 15 1.3 Accelerator driven neutron sources 15 2. Neutron landscape 16 3. Baseline design 18 3.1 Comparison to existing sources 19 IV. Science case 21 1. Chemistry 24 2. Geoscience 25 3. Environment 26 4. Engineering 27 5. Information and quantum technologies 28 6. Nanotechnology 29 7. Energy technology 30 8. -
Beamline CDR Template
LT-XFD_CDR_XPD-00118 NSLS-II Project CONCEPTUAL DESIGN REPORT for the COHERENT HARD X-RAY BEAMLINE AT NSLS-II final draft Sep 2009 NSLS-II Project, Brookhaven National Laboratory Intentionally blank. ii September 2009 Conceptual Design Report for the Coherent Hard X-Ray (CHX) Beamline at NSLS-II Approvals and Reviewers Compiled by Signature Date Andrei Fluerasu, CHX Beamline Scientist, NSLS-II Approved Qun Shen, XFD Director, NSLS-II Reviewers Robert L. Leheny, BAT Spokesperson, on behalf of the BAT Andy Broadbent, Beamlines Manager Nicholas Gmür, ESH Coordinator, NSLS-II Sushil Sharma, Mechanical Engineering Group Leader, NSLS-II Document Updates The Conceptual Design Report for the Coherent Hard X-ray Beamline at NSLS-II is a controlled document, revised under change control. Version No. Date Changes made A 5/13/2009 Initial draft, submitted to BAT B 9/16/2009 Second submittal to BAT, and first to editing 1 10/1/2009 Final draft, submitted to BAT September 2009 iii NSLS-II Project, Brookhaven National Laboratory Intentionally blank. iv September 2009 Conceptual Design Report for the Coherent Hard X-Ray (CHX) Beamline at NSLS-II Contents 1 INTRODUCTION....................................................................................................................................................1 1.1 Scientific Requirements .........................................................................................................................1 Glassy Dynamics in Soft Matter.............................................................................................................2 -
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