1 / 5

Beam Physics

Our group of physicists, including Ph.D. students and Post-Docs, specialize in developing, tuning, and designing accelerators. Key activities and projects for 2016 include cyclotron development, E-linac commissioning, high-level application development, and more.

agibson
Download Presentation

Beam Physics

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Beam Physics

  2. Beam Physics Group People: ~7 physicists, including 1 or 2 Ph.D. students, 1 or 2 Post-Docs. • Functions: • Service to develop, tune existing accelerators • Design new accelerators, components • Research

  3. People & 2016 activities Thomas Planche: Cyclotron dev., E-linac commissioning, magnet design, High Level App dev., Space charge studies, HRS studies, FFAG program committee. Marco Marchetto: (Leads CANREB HRS ARIEL front end, High Energy Facility coord.), ISAC2 ops help, HRS magnet design (thesis project). Suresh Saminathan: ARIEL (LEBT) optics inc. Preseparator, Nier Spect., Matching to & from RFQ cooler, Pulsed Drift Tube, EBIS, ISAC LEBT tuning. Yi-Nong Rao: BL4N design (project lead), Primary lines 1A, 2A, 2C dev., Cyclotron modeling inc. space charge, orbit codes. Carla Barquest: High Level App dev, ARIEL and HRS diag’s, ISAC operational issue, ISAC2 (EMMA) commissioning. Fred Jones: (GEANT4 member), G4Beamline models of primary lines, BL4N collimation design. Dobrin Kaltchev: HL-LHC design, tune studies, analytic B-B studies, math aid to rest of group. Baartman: Group leader/coordinator, beamline modeling & design, HLA dev., code dev., teaching, (PIP2 FNAL reviewer). Shane Koscielniak: (ARIEL project lead) Control theory & iterative learning.

  4. 2016 Papers (Notes, actually) goals_2016/ T. Planche 2016 Cyc Dev. Goals TRI-BN-16-01 T. Planche E-Linac Beam Commissioning Plan TRI-BN-16-02 T. Planche Outcome of Cyclotron Beam Development in 2015 TRI-BN-16-03 R. Baartman Optics to EMMA TRI-BN-16-04 Thomas Planche, Paul Jung Relativistic Lagrangian and Hamiltonian Description of a Beam with Space-Charge TRI-BN-16-05 Yi-Nong Rao Requirement Specifications for BL4N Extraction Stripping Foil’s Locus TRI-BN-16-06 R. Baartman TRANSOPTR: changes since 1984 TRI-BN-16-07 J.A. Maloney HRS Accelerating Column TRI-DN-16-07 Suresh Saminathan, R. Baartman ARIEL Pre-separator TRI-DN-16-09 J.A. Maloney CANREB HRS Multipole Corrector TRI-DN-16-27 Suresh Saminathan ARIEL Pre-separator Dipole Magnet TRI-DN-16-35 Suresh Saminathan ARIEL Test Ion Source TRI-BN-16-08 M.J. Basso Modelling BL4N Magnets Using Opera to Assist with Quantifying Leakage Fields along the EHBT Line TRI-BN-16-09 M.J. Basso An analytical approach for drawing the 2D field profile of a finite-width electric dipole with shims using conformal mapping TRI-BN-16-10 Yuliang Jiang Simulating magnets using OPERA models TRI-BN-16-11 Yuliang Jiang The theory and tests of a PIC code TRI-BN-16-12 Yuliang Jiang Measuring the stray field in the HRS area TRI-BN-16-13 R. Baartman M15 Tunes TRI-BN-16-14 C. Barquest Investigating 94Sr Tune Loss: ISAC RPM Data Summary TRI-BN-16-15 F.W. Jones Proton Collimation in Beam Line 4-North TRI-BN-16-16 F.W. Jones Notes on Using G4Beamline TRI-BN-16-17 S. Koscielniak Iterative Learning Control TRI-BN-16-18 Dobrin Kaltchev, Thomas Planche and Brandon Humphries Processing view-screen data to determine emittance TRI-BN-16-19 Suresh Sminathan and Norman Muller NIER Dipole Final Design Review TRI-BN-16-20 Paul Jung Implementation of a Novel Symplectic Particle Accelerator Tracking Code TRI-BN-17-01 Samantha Marcano Customizing Web Applications for Beam Tomography TRI-BN-17-02 Shane Koscielniak Iterative Learning Control for Two-Pole System TRI-BN-17-03 Dobrin Kaltchev Tune-scans for HL-LHC and LHC (One of many…)

More Related