Design of Beam Line for Ion Transport at Low Energies and The Ejection of Specific Ions From Electron Beam Brice Cannon † ** Research Advisor (s): Fredrik.

Slides:

Advertisements

Similar presentations

RFQ development for high power beams

Advertisements

What is the ISOLDE cooler RFQ CB - ISCOOL H. Frånberg.

ISOLDE WS 2007 Results with ISCOOL a new Radio Frequency Quadrupole Cooler and Buncher at ISOLDE P. Delahaye, H. Frånberg, AB-OP-PSB, ISCOOL, COLLAPS,

Kingdon Trap Hande Akbas Kealan Naughton Alexander Fuchs-Fuchs.

Measurements of adiabatic dual rf capture in the SIS 18 O. Chorniy.

Ion Accelerator Complex for MEIC January 28, 2010.

Operational aspects 2008 run ISCOOL Isolde workshop Nov 2008 Erwin Siesling.

Charged Particles in Electric and Magnetic Fields Motion of charged particles Lorentz Force Examples: cyclotron, mass spectrometer.

April 6th 2009Olympus Meeting at DESY, F.Brinker1 Vacuum system Available beam scraper Beam dimensions, Target cell Machine Studies on February 7 th 2009.

Will the orbital energies for multielectron atoms depend on their angular momentum quantum number ℓ? (A) In the H atom, the orbital energies depend on.

Here is a recap of in-class problems/questions dealing with charged particles accelerating across a potential difference and/or being steered or deflected.

Proposed injection of polarized He3+ ions into EBIS trap with slanted electrostatic mirror* A.Pikin, A. Zelenski, A. Kponou, J. Alessi, E. Beebe, K. Prelec,

Parameter sensitivity tests for the baseline variant Konstantin Lotov, Vladimir Minakov, Alexander Sosedkin Budker Institute of Nuclear Physics SB RAS,

Determination of R – matrix Supervisors: Prof. Nikos Tsoupas Prof. Manolis Benis Sándor Kovács Murat Yavuz Alkmini-Vasiliki Dagli.

Beijing, Feb 3 rd, 2007 LEPOL 1 Low Energy Positron Polarimetry for the ILC Sabine Riemann (DESY) On behalf of the LEPOL Collaboration.

MEIC Electron Cooling Simulation He Zhang 03/18/2014, EIC 14 Newport News, VA.

Brookhaven EBIS program: operation and development

Oliver Kester I3 EURONS EURONS, EURISOL-DS Town Meeting, Helsinki, Finland, Sept Advanced charge state breeding Objectives: To optimize the charge.

Ion Energy Distributions from a Permanent-Magnet Helicon Thruster Francis F. Chen, UCLA Low Temperature Plasma Physics Webinar, January 17, 2014.

The REXTRAP Penning Trap Pierre Delahaye, CERN/ISOLDE Friedhelm Ames, Pierre Delahaye, Fredrik Wenander and the REXISOLDE collaboration TAS workshop, LPC.

A mass-purification method for REX beams

Preliminary results on simulation of fast-ion instability at 3 km LBNL damping ring 21 April 2005 Pohang Accelerator Laboratory Eun-San Kim.

G4Beamline Simulated Electron Distribution within the HPRF Cavity 2/15/20121.

Non-Exponential Orbital Electron Capture Decays of Hydrogen-Like Ions N. Severijns for the CERN, Gothenburg, Darmstadt, Leuven, Valencia, Münster, Aarhus,

Design Optimization of MEIC Ion Linac & Pre-Booster B. Mustapha, Z. Conway, B. Erdelyi and P. Ostroumov ANL & NIU MEIC Collaboration Meeting JLab, October.

The HIE-ISOLDE Faraday Cup

Polarized beams at HIE-ISOLDE – from dreams to reality. G. Georgiev 1, M. Hass 2, A. Herlert 3, D.L. Balabanski 4, L. Hemmingsen 5, K. Johnston 3, M. Lindroos.

Project X RD&D Plan Beam Transfer Line and Recycler Injection David Johnson AAC Meeting February 3, 2009.

1 Alternative Bunch Compressor 30 th Sep KNU Eun-San Kim.

Collective effects in EDM storage ring A.Sidorin, Electron cooling group, JINR, Dubna.

IPM EM Simulations 9 th DITANET Topical Workshop on Non-Invasive Beam Size Measurement for High Brightness Proton and Heavy Ion Accelerators April.

Overview of new high level software applications developed for the HIE- ISOLDE superconducting linac D.Lanaia*, M.A. Fraser, D. Voulot *The research project.

Pekka Suominen 2010 CERN Plasma ion sources for radioactive molecular ion beams.

Second Harmonic capture in the IPNS RCS: Transition from SH to fundamental rf operation during the acceleration cycle using CAPTURE_SPC Jeff Dooling Presented.

Impact of the Cathode Roughness on the Emittance of an Electron Beam M.Krasilnikov, DESY Zeuthen WSHQE, Milano

July LEReC Review July 2014 Low Energy RHIC electron Cooling Jorg Kewisch, Dmitri Kayran Electron Beam Transport and System specifications.

Accelerated ions Contents: Electron Volts and accelerated ions.

IBS and luminosity evolution with higher harmonic RF Tom Mertens (former Technical Student now doing PhD in Quantum Field Theory in Brussels) Some changes.

A. Herlert, CERN PH-IS ISOLDE scientific coordinator’s report INTC meeting, May 19, 2008 ISOLDE scientific coordinator’s report INTC meeting, May 19, 2008.

The PrimEx-I Beam line. A. GasparianPrimEx-II Beam Line, August 5, MC Results for the PrimEx-I configuration Beam Background on HyCal: Energy Distribution.

RF System and EBIS of RAON

“MuCyc” Update Kevin Paul Tech-X Corporation Don Summers University of Mississippi 1 NFMCC Meeting - 27 Jan 2009.

Narrow plasma & electron injection simulations for the AWAKE experiment A. Petrenko, K. Lotov, October 11,

High intensity electron beam and infrastructure Paolo Valente * INFN Roma * On behalf of the BTF and LINAC staff.

VISIBLE LIGHT COMMUNICATION (SENDING DATA THROUGH LIGHT) Submitted By: Ahed Hamed Maram Afaneh Alaa Odeh Supervisor: Dr.Jamal Kharwshe Dr.Jamal Kharwshe.

IPM Simulations at Fermilab 3-4 March 2016 Randy Thurman-Keup.

REXEBIS In the Electron Beam Ion Source (EBIS) the 1+ ions are charge bred. The positive ions are trapped in an electron beam which knocks out electrons.

Hadron Sources and Linacs

Seok-geun Lee, Young-hwa An, Y.S. Hwang

HIAF Electron Cooling System &

Progress in the Multi-Ion Injector Linac Design

A “standard” ISOLDE target: ThO2-184, n-rich Cu

How to run ions in the future?

PANDA Collaboration Meeting

Introduction to ISOLDE RFQ

Charged Particles in Electric and Magnetic Fields

Consider the effective potential

Progress activities in short bunch compressors

Numerical model for simulation of the Micro-Channel Plates

INTC September 2002 ISOLDE Mats Lindroos Mats Lindroos.

DOE Plasma Science Center Control of Plasma Kinetics

Ion Motion Through an RFQ

November 14, 2008 The meeting on RIKEN AVF Cyclotron Upgrade Progress report on activity plan Sergey Vorozhtsov.

November 7, 2008 The meeting on RIKEN AVF Cyclotron Upgrade Progress report on activity plan Sergey Vorozhtsov.

Technical report Mats Lindroos.

Physics Design on Injector I

Experimental Investigation of the Photoelectric effect

Yuhong Zhang MEIC Collaboration Meeting March 30 & 31, 2015

Multi-Ion Injector Linac Design – Progress Summary

Design Studies of a Microwave-driven Ion Source

Presentation transcript:

Design of Beam Line for Ion Transport at Low Energies and The Ejection of Specific Ions From Electron Beam Brice Cannon † ** Research Advisor (s): Fredrik Wenander **, Anna Gustafsson** Supervisor: Alexander Herlert** CERN**,Norfolk State University †

Introduction ISOLDE REX-ISOLDE –Beam Line EBIS –RF-Field Conclusion Experiences

ISOLDE & REX-ISOLDE

Initial Beam Line Ions from REX-EBIS Ions to WITCH Ions from REX-EBIS 2.96m 1.56 m

Emittance: Initial Design

Final Beam line Ions from REX-EBIS Ions to WITCH Ions from REX-EBIS 1.56 m 2.96m

Emittance: Final Design

Original vs. Final Design

Design of Beam Line for Ion Transport at Low Energies and The Ejection of Specific Ions From Electron Beam Brice Cannon † ** Research Advisor(s): Fredrik Wenander **, Anna Gustafsson** Supervisor: Alexander Herlert** CERN**,Norfolk State University †

Electron Beam Ion Source Maximum efficiency is ~25% –Charge state distribution Eject ions from electron beam –Orbit around beam Higher efficiency 1+ xn+ A/q

Electron Beam Potential Direction of Electron Beam -490 V 0 V

Results of EBIS RF-Field Angular velocity of 15 rad/µsec RF voltage of 250 V 16 O 10 cm

Conclusion 100% transmission for beam line to WITCH experiment –Further development of the beam line and construction All components of the EBIS simulation with RF-field are complete individually –Implement the EBIS with RF-field into different program and test

Experiences

Questions