the triumf kaon factory

(PDF) The TRIUMF Kaon Factory - ResearchGate

The TRIUMF Kaon Factory is designed to produce beams of kaons,antiprotons,other hadrons,and neutrinos 100 times more intense,or cleaner,than are available now,for a broad range of particle (PDF) The triumf KAON factory - ResearchGateIhc TRIUMF Kaon-hntiproton-Otherhadron-Neutrino Factory is described in full in the original proposal [l] and in the revised version [2-41 issued last year.A conceptual design for the TRIUMF KAON Factory control A conceptual design for the TRIUMF KAON Factory control system Dawson,W.K.; Dobinson,R.W.; Gurd,D.P.; Serre,Ch.1987-12

Author Douglas BrymanPublish Year 2008BEAM PIPE IMPEDANCES IN THE TRIUMF KAON FACTORY

The TRIUMF KAON factory proposal consists of5 rings 0.45 GeV dc accumulator (A),0.45 to 3.0 GeV Booster synchrotron (B),3.0 GeV dc accumulator (C),3.0 to 30.0 GeV synchrotron (D),and a 30.0 GeV stretcher(E).Features in the rfshield( or vacuum wall) in these rings will tend to impose a timeAuthor Douglas BrymanPublish Year 2008Images of the TRIUMF KAON Factory imagesThe TRIUMF KAON factory - ScienceDirectA proposal has been prepared to build a KAON factory at TRIUMF using the present TRIUMF sector-focused cyclotron (520 MeV,100 A) as an injector to a system of synchrotrons designed to achieve 30 GeV and 100 A.Author Erich VogtPublish Year 2008The triumf kaon factory - NASA/ADSSep 01,1983·A kaon factory,using TRIUMF was an injector,could provide beams of kaons,neutrinos and other particles 100 to 1000 times more intense than are available at existing machines in the 30 GeV range.Consequently experimental opportunities would arise for new studies involving CP violation,rare kaon decays and fundamental neutrino interactions.

Author G.DuttoPublish Year 1986PROGRESS ON THE KAON FACTORY BEAM PIPE AND

The TRIUMF KAON factory proposal consists of5 rings 0.45 GeV dc accumulator (A),0.45 to3.0 GeV Boostersynchrotron (B),3.0 GeV dc accumulator (C),3.0 to30.0 GeV synchrotron (D),and a 30.0 GeV stretcher (E).The conceptual design of the beam pipe and vacuum system for this factory have been developed this year as part of the KAONAuthor M K CraddockDesign of the 150 kW,46-62 MNz Power Amplifier forThe TRIUMF Kaon Factory Booster ring requires a frequency swing of 46.1 MHz to 61.1 MHz at a repetition rate of 50 Hz with a total maximum voltage of 600 kV per turn.In the current reference design the Booster lattice has twelve 3.9 meter drift spares with 2.5Author S.Kwiatkowski,T.Enegren and R.L.PoirierPerpendicular Biased Ferrite Tuned RF Cavity for the Perpendicular Biased Ferrite Tuned RF Cavity for the TRIUMF KAON Fact,ory Booster Ring R.L.Poirier,T.Enegren and C.Haddock TRIUMF 4004 Wesbrook Mall,Vancouver,British Columbia,VGT 2.43 CANADA Abstract The rf cavity for the booster ring requires a frequency swing of 46 MHz to 62 hlHz at a repetition rate of 50 Hz.

Carlton Parfitt - President - Third Wave Consulting Inc

Dec 23,2016·Worked with various computing packages available on the TRIUMF VAX,including DIMAD,PLOTDATA,LaTeX,and the VMS/OS.Co-published a paper in major scientific journal Collimator Stimulation for the TRIUMF KAON Factory. Submitted to the San Fran Meeting of Particle Accelerator Conference,May 1991.Show more Show lessChaoqiang Geng - INSPIREMeasurements of Sigma+ and Sigma- Time-like Electromagnetic Form Factors for center-of-mass energies from 2.3864 to 3.0200 GeVCiteSeerX DESIGN OF THE 150 kW,46-62 MHz POWER triumf kaon factory booster ring 46-62 mhz power ahlplifier feedback loop rf amplifier propagation de-lay cavity loss test result design feature fast rf feedback overall propagation delay injected extracted beam load roactivrly compensating power amplifier feedback path steady state beam rf amplifier system rf system kaon factory booster ring heavy transient beam power maximum gain stage solid state driver

Cited by 1Publish Year 1986Author D.F.MeasdayMagnet lattices for the proposed TRIUMF KAON factory

The magnet lattices of a chain of two proton synchrotron and three dc storage rings for the proposed TRIUMF KAON Factory are described.The KAON Factory will provide pulsed and dc proton beams of 30 GeV and 100 ..mu..A and will be fed from the existing TRIUMF cyclotron.TheCited by 1Publish Year 1990Author M.K.Craddock,M.K.CraddockThe TRIUMF proposal for a Kaon Factory SpringerLinkThe TRIUMF laboratory is preparing a proposal to construct a 30 GeV proton synchrotron in order to provide intense fluxes of kaons,antiprotons,pions,and neutrinos.The proposal is nearly complete and will be submitted to the Canadian government agency NRC this summer (1985).Cited by 4Publish Year 1986Author Erich VogtTRIUMF kaon factory AIP Conference Proceedings Vol 123,May 29,2008·The proposed TRIUMF II synchrotron kaon factory is part of a worldwide response to the current interest in quarks,leptons,their interactions,and the degree in which these interactions are responsible for nuclear phenomena.

Cited by 4Publish Year 1986Author Erich VogtThe KAON Factory at TRIUMF

The TRIUMF KAON Factory is designed to pro­ duce beams of kaons,antiprotons,other hadrons and neutrinos 100 times more intense,or cleaner,than are available now,for a broad range of particle and nu­ clear physics experiments.This will require a 100 IlA.Cited by 4Publish Year 1986Author Erich VogtThe triumf kaon factory AIP Conference Proceedings Vol May 29,2008·A kaon factory,using TRIUMF was an injector,could provide beams of kaons,neutrinos and other particles 100 to 1000 times more intense than are available at existing machines in the 30 GeV range.Consequently experimental opportunities would arise for new studies involving CP violation,rare kaon decays and fundamental neutrino interactions.Cited by 5Publish Year 1985Author M.K.Craddock,R.Baartman,J.Beveridge,E.W.Blackmore,J.I.M.Botman,R.Burge,W.Cameron,JThe TRIUMF KAON factory - NASA/ADSMar 01,1986·A proposal has been prepared to build a KAON factory at TRIUMF using the present TRIUMF sector-focused cyclotron (520 MeV,100 A) as an injector to a system of synchrotrons designed to achieve 30 GeV and 100 A.

Compensation of RF Transients During Injection into the

The Collector ring in the KAON Factory proposed at TRIUMF [l] is designed t o accumulate five 3 GeV proton pulses in order to match the time cycles of Booster (50Hz)DESIGN OF THE 150 kW,46-62 MHz POWER AhlPLIFIER FORDESIGN OF THE 150 kW,46-62 MHz POWER AhlPLIFIER FOR THE TRIUMF KAON FACTORY BOOSTER RING .By S.Kwiatkowski,T.Enegren and R.L.Poirier.Abstract.The rf amplifiers for the Kaon Factory booster ring must be capa-ble of roactivrly compensating (detuning) for the injected/extracted beam load as well as providing the beam power and the cavity EPAC1988 AuthorsDesign of the 150 kW,46-62 MHz Power Amplifier for the TRIUMF Kaon Factory Booster Ring 1220 S.Kwiatkowski,T.Enegren,R.L.Poirier (TRIUMF) Parallel Bias vs Perpendicular Bias of a Ferrite Tuned Cavity for the TRIUMF Kaon-Factory Booster Ring 1321

Erich and the KAON Factory CBC News

May 02,2008·Forty years ago,TRIUMF,Canada's national laboratory for particle and nuclear physics,was established and that alone is reason for a physicist to celebrate. The KAON FactoryIEEE Trnnsdons on Nuclear Science,Vol.NS-32,No.5 INSTABILITIES IN THE PROPOSED TRIUMF KAON FACTORY SYNCHROTRONS R.Baartman,H.SchSnauer*,T.Suzukit TRIUMF,Vancouver,B.C.,Canada V6T 2A3 2395 Introduction The essential specifications of the TRIUMF KAON Factory beam is 100 A at 30 GeV.1 The TRIUMF proposalKaon factory with TRIUMF as injector (Conference) OSTI.GOVtitle = {Kaon factory with TRIUMF as injector},author = {Teng,L C},abstractNote = {A kaon factory is defined as a proton accelerator in the energy range of 15-30 GeV and with the average current range of 10-100 ..mu..A so that it can produce kaons copiously.Cost considerations become prohibitive,at these energy and current ranges,for any candidate accelerator mode except the synchrotron.

Magnet Lattices for the Proposed TRIUMF KAON Factory

The magnet lattices of a chain of two proton synchrotron and three dc storage rings for the proposed TRIUMF KAON Factory are described.The KAON Factory will provide pulsed and dc proton beams of 30 GeV and 100 PA and will be fed from the existing TRIUMF cyclotron.The rapid cycling Booster (50 Hz) accelerates from 440 MeV to 3 GeV; the 10 Hz main ring is 5 times larger and brings the energy Magnet Lattices for the Proposed TRIUMF KAON FactoryBritish Columbia and TRIUMF; T.Suzukit,KEK 7 Abstract The magnet lattices of a chain of two proton synchrotron and three dc storage rings for the proposed TRLUMF KAON Factory are described.The KAON Factory will provide pulsed and dc proton beams of 30 GeV and 100 PA and will be fed from the existing TRIUMF cyclo- tron.RECENT DEVELOPMENTS OF THE TRIUMF CYCLOTRON ASRECENT DEVELOPMENTS OF THE TRIUMF CYCLOTRON AS AN H- INJECTOR FOR THE KAON FACTORY.G.Dutto .Aug,1986.7 pages.Part of Proceedings,13th International Conference on High-Energy Accelerators (HEACC 1986) Published in:

TRIUMF - International Atomic Energy Agency

TRIUMF's KAON Factory accelerators,M.Craddock 2 Fast-Cycling Magnets Ac magnets for the KAON Factory accelerators,U.Wienands and R.V.Servmnckx 11 The design,manufacture and testing of the ISIS fast-cycling magnets,M.R.Harold 15 Design and measurement ofThe TRIUMF KAON FactoryThe TRIUMF KAON Factory Craddock,M.K.,Baartman,R., To accelerate the 100 ??A proton beam from TRIUMF to 30 GeV a chain of 5 fast-cycling synchrotrons and dc storage rings is proposed.450 MeV H- ions from TRIUMF are injected by stripping into the Accumulator ring.A 50 Hz Booster synchrotron then accelerates the proton pulse to 3 GeV The TRIUMF KAON FactoryThe TRIUMF KAON Factory is designed to produce beams of kaons,antiprotons,other hadrons and neutri- nos 100 times more intense,or cleaner,than are available

The TRIUMF KAON factory - ScienceDirect

Mar 10,1986·Nuclear Physics A450 (1986)453c-472c North-Holland,Amsterdam 453c THE TRIUMF KAON FACTORY Erich VOGT TRIUMF,4004 Wesbrook Mall,Vancouver,Canada V6T 2A3 A proposal has been prepared to build a KAON factory at TRIUMF using the present TRIUMF sector-focused cyclotron (520 MeV,I00 ~A) as an injector to a system of synchrotrons designed to achieve 30 GeVThe TRIUMF KAON factory,EHF-89-19 - COREDownload PDF Sorry,we are unable to provide the full text but you may find it at the following location(s) http://cds.cern.ch/record/7953 (external link)The TRIUMF Kaon FactoryThe TRIUMF KAON Factory is designed to provide 100 UA proton beams at 30 GeV,in order to produce intense fluxes of high energy kaons,stopping kaons,anti- protons and neutrinos (as discussed by H.A.Thiessen).The significant (80-fold) improvement over beams which

The TRIUMF kaon factory accelerators SpringerLink

Abstract.To accelerate a 100 µA proton beam from the TRIUMF H-cyclotron to 30 GeV a five-ring accelerator complex is proposed.Each accelerator is followed by a storage ring for time-matching - the cw cyclotron by the Accumulator,the 3 GeV 50 Hz Booster by the Collector,and the 30 GeV 10 Hz Driver by the Extender - the latter providing the slow-extracted beam for coincidence experiments.Title Corporate communications for theLocation Richmond,British Columbia,Canada500+ connectionsSome results are removed in response to a notice of local law requirement.For more information,please see here.12345Next

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