Index, Beam Physics Design Notes

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Baartman design notes pre 2010 are HERE

There are two kinds of notes: BN are internal to the Beam Physics group, DN are TRIUMF-wide internal notes.

If you are in the beam physics group, copy this BibTex file into your directory when writing LaTeX papers to refer to any of these design notes. (E.g.: to cite TRI-BN-05-03, do \cite{TRI-BN-05-03} and for the bibliography, \bibliography{AllDN,<your own bibtex files>} If you notice omissions, please let me know.

# Author Title
TRI-BN-10-01 R.Baartman Bunch Dynamics through Accelerator Column
TRI-BN-10-02 R.Baartman Commissioning Plan for ISIS Vertical Section
TRI-BN-10-03 R.Baartman Magnetic Field Compensation for E-Linac
TRI-BN-10-04 Tony Kwan (student work term report under Fred Jones, Fall 2009) Particle Beams and Phase Space
TRI-BN-10-05 Mazin Sidahmed (student work term report under Y-C Chao, Fall 2010) XAL at TRIUMF ii
TRI-BN-11-01 R.Baartman GRIFFIN Optics
TRI-BN-11-02 R.Baartman Quads for ARIEL electrons
TRI-BN-11-03 R.Baartman Shielding the ARIEL Beam Pipe
TRI-BN-11-04 Gabriel Goh (student work term report under Y-C Chao, Summer 2011) The TRIUMF XAL On-line Empirical Model Documentation
TRI-BN-11-05 R.Baartman Magnetic BPM Feedthrus
TRI-BN-11-06 Rastislav Ondrasek (student work term report under Fred Jones, Summer 2011) Visualization of Beamlines using 3D Graphics API - Open Inventor
TRI-BN-11-07 Y.-C. Chao LEBT Optimization Based on "Final" Gun Geometry
TRI-BN-12-01 R.Baartman Sextupole Component Spec of ARIEL Dipoles
TRI-BN-12-02 R.Baartman ARIEL Quad Tech Spec
TRI-BN-12-03 Y.-N. Rao Intra-Beam Stripping
TRI-BN-12-04 Beam Physics Group Bi-Annual Report April 2010 to March 2012
TRI-BN-12-05 R. Baartman Chromaticity, Isochronicity and Path Length Dependence of Betatron Amplitude
TRI-BN-12-06 R. Baartman Allowed electron beam emittance growth for RIB production
TRI-BN-12-07 R. Baartman Emittance Growth due to Gas Scattering
TRI-BN-12-08 R. Baartman Emittance Growth due to Quadrupole Focussing Error
TRI-BN-12-09 Pierre-Luc Gagnon (student work term report under Fred Jones, Summer 2012) Beamline visualization and G4Beamline
TRI-BN-12-10 R. Baartman ISAC LEBT
TRI-BN-12-11 Alysson Vrielink (student) Beam Bunch Length Measurement for the ARIEL e-LINAC
TRI-BN-12-12 R. Baartman Curved Deflector for TRIUMF Cyclotron
TRI-BN-12-13 Y.-N. Rao Magnetic Field Representation in Cylindrical Coordinate System
TRI-BN-13-01 Fred Jones Momentum Collimation in the Ariel Electron Linac
TRI-BN-13-02 Suresh Saminathan A report on the beam development test conducted for betaNMR/NQR beamline
TRI-BN-13-03 Yi-Nong Rao How to Power Quadrupole 1VQ5 Asymmetrically?
TRI-BN-13-04 Y.-N. Rao, R. Baartman, I. Bylinskii, V. Verzoliv, TRIUMF; J.M. Schippers, Paul Scherrer Institut, Villigen, Switzerland TRIUMF Extraction Foil Developments and Contamination Reduction
TRI-BN-13-05 Thomas Planche Poisson equation solver with symmetry conditions in the radial direction
TRI-BN-13-06 Suresh Saminathan Simulation and measurement of ion beam transport for $\beta$-NQR beamline
TRI-BN-13-07 D. Kaltchev and W. Herr Analysis of long range studies in the LHC - comparison with the model
TRI-BN-13-08 R. Baartman Electrostatic Bender Fields, Optics, Aberrations, with Application to the Proton EDM Ring
TRI-BN-13-09 R. Baartman Magnetic field compensation for E-Linac
TRI-BN-13-10 Y.-C. Chao Consequence of Ambient Fields in Various Parts of E Linac under Different Operating Modes
TRI-BN-13-11 R. Baartman I1 Steering Correction
TRI-BN-13-12 R. Baartman The Buckley Quads: Hysteresis, Calibration
TRI-BN-13-13 Beam Physics Group 2008 to 2013 Group Activity Report
TRI-BN-14-01 Y.-C. Chao Gun Solenoid Clamp Misalignment Tolerance
TRI-BN-14-02 Y.-N. Rao Feasibility of Beam Rastering in BL2C4
TRI-BN-14-03 James Maloney New Electrostatic Element Procedures for COSY Infinity
TRI-BN-14-04 James Maloney Studies of Magnetic Dipole Edge Shaping
TRI-BN-14-05 Gabriela Arias (student) Ambient Magnetic Field Compensation for the ARIEL Electron Beamline
TRI-BN-14-06 Dobrin Kaltchev and Kyle Gao EGUN-ELBT reference trajectory correction in presence of ambient fields
TRI-BN-14-07 R. Baartman Energy deposition and Temperature Time Constants
TRI-BN-14-08 R. Baartman Simple but General Solenoid Model
TRI-BN-14-09 Devin Bissky Dziadyk (student) Magnet Measurement Report
TRI-BN-14-10 Thomas Planche E-linac Beam Commissioning Plan
TRI-BN-14-11 Kevin Multani (student) and Thomas Planche Magnet Measurement Specifications
TRI-BN-14-12 Kevin Multani (student) ELBT SN0002 Solenoid
TRI-BN-14-13 R. Baartman The Radiabeam Steerers
TRI-BN-15-01 Dobrin Kaltchev Measured cavity field and expected tracking accuracy
TRI-BN-15-02 Yi-Nong Rao BL2C Split Ratio vs. Harmonic Coils
TRI-BN-15-03 R. Baartman Linac Envelope Optics
(same as TRI-DN-15-18)
Suresh Saminathan, R. Baartman Beam Commissioning of GRIFFIN Beamline
TRI-BN-15-05 Thomas Zuiderveen (student) B2 TUNNEL MAGNETIC FIELD
TRI-BN-15-06 Thomas Planche Trip Report: 2015 ICFA Space Charge Workshop
TRI-BN-15-07 R. Baartman Emittance Convention
TRI-BN-15-08 D. Kaltchev ELBD Beamlet with DIMAD
TRI-BN-15-09 J.A. Maloney Optim to COSY Conversion notes
TRI-BN-15-10 R. Baartman Source-HRS Beamline Grounding requirement versus Frequency
TRI-BN-15-11 M. Marchetto E-linac Equipment Commissioning Plan
TRI-BN-15-12 P. Collins (student) H- Sources, Beamline
TRI-BN-15-14 Yi-Nong Rao Dipole and Quadrupole Magnet’s Installation Tolerances
TRI-BN-15-15 Yi-Nong Rao Beam Rastering, M19 Scan and Beam Tomography in BL2A
TRI-BN-15-16 Yi-Nong Rao BL2A Tune for Beam Rastering Test of 2015-Dec-21
TRI-BN-15-17 Dobrin Kaltchev Bunch Formation (Astra)
TRI-BN-15-18 Dobrin Kaltchev Cavity matrix comparison of tools
TRI-BN-15-19 Dobrin Kaltchev Measured cavity field and expected accuracy in Transoptr matrix
TRI-BN-15-20 Robin Newhouse (student) Co-op student report: Experiment Automator Documentation
TRI-BN-15-21 Robin Newhouse (student) Orbit Correction Technical Report
TRI-BN-15-22 Y.-C. Chao A Deterministic Program for Obtaining Optima under Constraints for Any Analytical System
TRI-BN-15-23 Y.-C. Chao BL4N Orbit Correction Configuration
TRI-BN-15-24 Yi Nong Rao Spec for BL4N 45 deg Dipole Magnets
TRI-BN-15-25 Gaby Davilus (student) Integral magnetic field measurement technique for a dipole magnet
TRI-BN-15-26 Chris Gong (Ph.D. thesis) A Novel Optimization Platform and Its Applications to the TRIUMF Energy Recovery Linac
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 (student) 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-BN-16-08 M.J. Basso (student) Modelling BL4N Magnets Using Opera to Assist with Quantifying Leakage Fields along the EHBT Line
TRI-BN-16-09 M.J. Basso (student) 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 (student) Simulating magnets using OPERA models
TRI-BN-16-11 Yuliang Jiang (student) The theory and tests of a PIC code
TRI-BN-16-12 Yuliang Jiang (student) 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 (student) Implementation of a Novel Symplectic Particle Accelerator Tracking Code
TRI-BN-16-21 Yi-Nong Rao Improved Simulation for Centre Region of TRIUMF 500 MeV Cyclotron
TRI-BN-16-22 Yi-Nong Rao ISIS Tomography
TRI-BN-16-23 Yi-Nong Rao Requirement Specifications for BL4N Magnets Stray Field Measurements
TRI-BN-16-24 Yi-Nong Rao Requirement Specifications for BL4N Extraction Probe
TRI-BN-17-01 Samantha Marcano (student) 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
TRI-BN-17-04 Shane Koscielniak Iterative Learning Control Revisited
TRI-BN-17-05 S. Saminathan, M. Marchetto, C. Barquest Diagnostics Requirements for the ARIEL Low Energy Beam Transport (Doc.121991)
TRI-BN-17-06 T. Planche Magnetic Design of the Inflector Test Stand
TRI-BN-17-07 Joshua Sandor (student) TRIUMF FEBIAD Ion Source: Geometry Investigation
TRI-BN-17-08 David Tattan (student) Tomography with Harp Data
TRI-BN-17-09 David Tattan (student) On the Beam Tomography Web Application
TRI-BN-17-10 Yi-Nong Rao Requirement Specifications for BL4N Magnets Stray Field Measurements
TRI-BN-17-11 Ryley Simpson (student) Permanent Magnet Solenoid-like Lens
TRI-BN-17-12 Dan Sehayek (student) Combined Electrostatic Focusing and Deflection for the ARIEL Target Ion Source
TRI-BN-17-13 Matthew Pereira Wilson (student) Field Measurements of the CANREB Nier Dipole
TRI-BN-17-14 Thomas Planche BL4N 45 Degree Bender Design
TRI-BN-17-15 Thomas Planche Courant-Snyder-like Space-Charge Hamiltonian
TRI-BN-17-16 Thomas Planche, Suresh Saminathan Electromagnetic Thrusters through the Eyes of Accelerator Physicists
TRI-BN-17-17 Dan Sehayek (student) Automatic Tuning Algorithm for the CANREB HRS Multipole
TRI-BN-17-18 Paul Jung (student) Shims with Curvature
TRI-BN-17-19 Thomas Planche TRIUMF ARIEL High Resolution Separator in ZGOUBI (as a tutorial)
TRI-BN-17-20 Matthew Pereira Wilson (student) Envelope calculations on the Ion Beam Injection and Extraction of CANREB EBIS
TRI-BN-17-21 Marco Marchetto (Ph.D. thesis) Magnetic Field Study for a New Generation High Resolution Mass Separator
TRI-BN-18-01 Olivier Shelbaya Simulation of ARIEL Prebuncher
TRI-BN-18-02 Olivier Shelbaya ISAC-I RF Acceleration
TRI-BN-18-03 Olivier Shelbaya Isotope Separation On-Line at ISAC
TRI-BN-18-04 Fred Jones Proton Collimation in BL4N with New Optics
TRI-BN-18-05 Dobrin Kaltchev Fourier expansion of Long Range Beam-Beam Hamiltonian, DRAFT
TRI-BN-18-06 Dan Sehayek (student UWaterloo) Implementation of the Phase Space Tomography Algorithm
TRI-BN-18-07 Olivier Shelbaya Linearized Hamiltonian and F-Matrix for an RFQ: A Step-by-Step Approach
TRI-BN-18-08 Suresh Saminathan Magnetic field analysis for the ARIEL pre-separator magnet design proposed by Danfysik
TRI-BN-18-09 Rick Baartman Runge-Kutta Customization for TRANSOPTR
TRI-BN-18-10 Adrian Pikor (student SFU) M11 Beamline Tuning Progress and Study
TRI-BN-18-11 Dylan Bassi (student U.Waterloo) M9 Simulations: Summary of Work - Summer 2018
TRI-BN-18-12 Rick Baartman AC Magnetic Field Tolerance for the HRS
TRI-BN-18-13 Vishvam Mazumdar (student U.Waterloo) High Level Application Development
TRI-BN-18-14 Dylan Bassi (student U.Waterloo) addendum to TRI-BN-18-11; Work done on M9H tuning

# Author Title
TRI-DN-10-05 R.Baartman Cyclotron Primary Achromaticity
TRI-DN-11-08 M. Marchetto, S. Saminathan ARIEL Front-End
TRI-DN-12-03 Yu-Chiu Chao E-Linac EMBT-EABT-EHAT-Phase One Major Components and Layout
TRI-DN-12-10 Y.-N. Rao Electron High Energy Beam Transport (EHBT) Optics Design
TRI-DN-12-11 Y.-N. Rao Electron High Energy Dump Transport (EHDT) Optics Design
TRI-DN-12-15 Thomas Planche ARIEL EMBD:MB0 Analyzer Magnet
TRI-DN-12-19 Thomas Planche ARIEL EMBT:MB5A/5C Dipole Design
TRI-DN-12-22 Thomas Planche E-linac Strong Dipoles EABT:MB0, EHDT:MB2, EHBT:MB25/29/33/37, EHBTE:MB6
TRI-DN-13-13 Y-N Rao and R. Baartman Beam Line 4 North (BL4N) Optics Design
TRI-DN-13-15 Thomas Planche ARIEL Dipoles EHAT:MB4, EHBT:MB5B, EHDT:MB4
TRI-DN-13-31 Thomas Planche ARIEL Dogleg Vertical Dipoles EHBT:MBO & EHBT:MB5A
TRI-DN-14-04 Y.-N. Rao Optics Design for Electron High Energy Beam Transport (EHBT) in the BL4N Era
TRI-DN-14-06 James Maloney, M. Marchetto, R. Baartman ARIEL High Resolution Separator
TRI-DN-14-16 Suresh Saminathan, R. Baartman Optics Design for a high-field (2kG) BNQR Spectrometer
TRI-DN-15-06 S. Saminathan, R. Baartman Low Energy Beam Transport Line for the CANREB Charge State Breeder
TRI-DN-15-09 Suresh Saminathan Dipole Magnet Requirements for the Nier-spectrometer
TRI-DN-15-18 Suresh Saminathan, R. Baartman Beam Commissioning of GRIFFIN Beamline
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

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Rick Baartman
Last modified: Wed Oct 3 15:53:31 PDT 2018