CIEMAT CONTRIBUTION TO TBL PETS (January 2009) David Carrillo on behalf of the Accelerators Team.

Slides:



Advertisements
Similar presentations
COOLING TUBE ACCELERATING STRUCTURE MANIFOLD COUPLER VACUUM INTERFACE FLANGE RF INTERFACE FLANGE TUNING STUD ENGINEERING DESIGN AND FABRICATION OF X-BAND.
Advertisements

CLIC two-beam module integration issues 4 th CLIC Advisory Committee (CLIC-ACE), May 26-28, 2009 CLIC two-beam module integration issues G. Riddone on.
CLIC08 workshop Structure production: CERN activities and Master Schedule G. Riddone, W. Wuensch, R. Zennaro, Contributions from C. Achard, S. Atieh, V.
CIEMAT technological contributions to linear colliders Fernando ToralGandía, 3/12/2005.
PETS components and waveguide connections CLIC Workshop 2007 David Carrillo.
5th Collaboration Meeting on X-band Accelerator Structure Design and Test Program. May 2011 Review of waveguide components development for CLIC I. Syratchev,
SLAC workshop 7-10 July 2009 WP1: microwave based accelerators Status of CLIC X-band high-power components G. Riddone, (contribution from A.
Experience of the Spanish collaboration with TBL F. Toral on behalf of the Spanish Collaboration with TBL CERN, CTF3 Collaboration Technical Meeting, 6/5/2010.
Status of the SPL cavities at CERN I.Aviles & N. Valverde on behalf of SPL team 1I. Aviles & N. ValverdeLund, 11 December 2013.
CLIC RF structure master schedule and CERN production
Beam Loss Analysis Tool for the CTF3 PETS Tank M. Velasco, T. Lefevre, R. Scheidegger, M. Wood, J. Hebden, G. Simpson Northwestern University, Evanston,
Cell-Coupled Drift Tube Linac M. Pasini, CERN AB-RF LINAC4 Machine Advisory Committee 1 st meeting CERN January 29-30, 2008.
Vacuum system in the main Linacs C. Garion CERN/TE/VSC CLIC09 workshop, October.
K. Alam, CLIC workshop, October 16-18, CLIC workshop, October 2007 Working group “ Two beam hardware and integration” Test module in the two.
F. Toral CLIC Workshop CIEMAT contribution to CLIC Experimental Verification F. Toral on behalf of Accelerator Technology Group, CIEMAT.
ENGINEERING DESIGN AND FABRICATION OF PETS V. Soldatov¹, D. Gudkov¹, I. Syratchev², A. Samoshkin¹, G. Riddone², A. Olyunin¹, S. Atieh² 1 – JINR, Dubna,
Status of vacuum & interconnections of the CLIC main linac modules C. Garion TE/VSC TBMWG, 9 th November 2009.
First TBL PETS prototype tank development D. Carrillo, E. Rodríguez, F. Toral, CIEMAT N. Chritin, S. Doebert, I. Syratchev, CERN CERN, 24/01/2008 Courtesy.
201 MHz NC RF Cavity R&D for Muon Cooling Channels
International Workshop on Linear Colliders 2010 Design and fabrication update on PSI/Trieste X-band phase- space rotator structure Dmitry Gudkov 21-OCT-2010.
INTEGRATION OF RF STRUCTURES IN THE TWO-BEAM MODULE DESIGN G. Riddone, CERN, Geneva, Switzerland A. Samoshkin, D. Gudkov, JINR, Dubna, Russia Abstract.
RF power & FPC status Eric Montesinos, CERN BE-RF on behalf of all people involved, great thanks to all of them !
PETS EuCARD. Present status and precision assembly L. Sánchez, F. Aragón, J. Calero, J.L. Gutiérrez, E. Rodríguez, F. Toral, CIEMAT 26/10/2011.
Low Emittance RF Gun Developments for PAL-XFEL
1 Status of the CLIC two-beam module program A. Samochkine, G. Riddone Acknowledgements to the Module WG members 4 February 2014 CLIC Workshop 2014 (3-7.
X-Band RF Structure and Beam Dynamics Workshop, December 2008 CERN experience with 12 GHz high power waveguide components Igor Syratchev (CERN)
TBL as a 12 GHz power source, overview and first results from commissioning IWLC 2010 workshopSteffen Döbert, BE-RF  Current status of TBL  Status of.
2nd CLIC Advisory Committee (CLIC-ACE), CERN January 2008 Introduction to the CLIC Power Extraction and Transfer Structure (PETS) Design. I. Syratchev.
Requirements concerning the interface linking the BPM to the quadrupole M. Wendt, S. Zorzetti.
1.3GHz Input Coupler for ILC
CLIC08 workshop CLIC module layout and main requirements G. Riddone, on behalf of the CMWG Home page of the TBM WG:
2.1 GHz Warm RF Cavity for LEReC Binping Xiao Collider-Accelerator Department, BNL June 15, 2015 LEReC Warm Cavity Review Meeting  June 15, 2015.
CLIC Workshop th -17 th October 2008 Thomas Zickler AT/MCS/MNC 1 CLIC Main Linac Quadrupoles Preliminary design of a quadrupole for the stabilization.
CIEMAT contribution to PETS David Carrillo CTF3 Collaboration Meeting January 2007.
Eric Montesinos - CERN - First SPL collaboration meeting - CERN December 11th 2008 First SPL collaboration meeting Experience with the LHC Main power Coupler.
Beam Test status and Plans of the ILC Main LINAC BPM
ENGINEERING DESIGN AND FABRICATION OF X-BAND ACCELERATING STRUCTURE TD24 WITH WFM Abstract To achieve high luminosity in CLIC, the accelerating structures.
Main features of PETS tank J. Calero, D. Carrillo, J.L. Gutiérrez, E. Rodríguez, F. Toral CERN, 17/10/2007 (I will review the present status of the PETS.
TBTS Test Program & Schedule G. Riddone
TD26CC PLANS FROM CIEMAT Laura Sánchez on behalf Electrical Engineering Group of CIEMAT.
7-Sep-2011 CLIC RF Structure Development Meeting «BE/RF» TD26 WITH COMPACT COUPLER FOR CLEX (TD26 CC SiC) ENGINEERING DESIGN this structure will be used.
CTF3 MEETING AT CERN 17/July/ PRESENT STATUS OF THE CIEMAT CONTRIBUTION TO CTF3 Luis García-Tabarés, on behalf of the Accelerators Group at CIEMAT.
CLIC workshop ”Two beam hardware and integration” working group Module layout and main requirement G. Riddone, A. Samoshkin
MAIN LINAC CRYOMODULE DESIGN REVIEW INPUT COUPLER September 5, 2012V. Veshcherevich.
1 CTF3 CLEX day July 2006 CLEX day 2006 Introduction G.Geschonke CERN.
TBL experimental program Status and Results  Introduction  Status  Experimental program for 2010 and beyond  Outlook ACE, Steffen Döbert.
CLIC Workshop 2008 TBTS status. PETS testing program and installation status. Igor Syratchev & Germana Riddone for the CLIC team.
THE LINAC4 RFQ – Experience with Design, Fabrication and Tuning C. Rossi and the RFQ Project Team GSI Review – 20 November 2013.
DTL prototype summary and production sequence F.Grespan LNL _06_22 CDR.
02-Dec XB Dec-2010 XB-10 Engineering design, production and follow-up of X-band RF components G. Riddone in collaboration.
ESS DTL: Prototyping M.Comunian - F. Grespan – P. Mereu Lund– 10/04/2013F.Grespan.
ESS RFQ B. POTTIN and RFQ team CEA-IRFU. RFQ design Strategy 3 RF codes to validate calculations Consideration of machining and assembly possibilities.
WFM electronics Alexandra Andersson. F. Peauger – CTF3 committee – 11/02/10  Wakefield Monitors implemented in two accelerating structures TD24 (tank.
PXIE RFQ Engineering Design Steve Virostek Engineering Division Lawrence Berkeley National Laboratory April 10, 2012 Project X Collaboration
Engineering of the power prototype of the ESRF HOM damped cavity* V. Serrière, J. Jacob, A. Triantafyllou, A.K. Bandyopadhyay, L. Goirand, B. Ogier * This.
Advancements on RF systems D. Alesini (LNF-INFN) Quinto Meeting Generale Collaborazione LI2FE, Frascati 15-16/03/2011.
Work on PETS Developed at CIEMAT. L. Sánchez ICWS September Work on PETS Developed at CIEMAT Laura Sánchez on behalf of Accelerator Technology.
Two-beam module layout
TBL experimental program, evolution to RF power testing in TBL ACE 2011, February 2-3Steffen Döbert, BE-RF  Current status of TBL  Experimental program.
Franck PEAUGER – CEA SACLAY LCWS11 - Grenada 29 th September 2011 High power RF components F. Peauger, A. Branco, M. Desmons, W. Farabolini, P. Girardot,
Acceleration System and Power Transfer for CLIC
Status of CIEMAT work on PETS
LCWS11 WG4 Fully featured accelerating structure engineering design
STATUS OF CIEMAT CONTRIBUTION TO CTF3 ( )
T5.2: Harmonization - Material and Component Reference
SPARC RF gun status by P. Musumeci Review committee
12 GHz High Power RF components requirements for CEA activities
F.Marcellini, D.Alesini, A.Ghigo
Accelerators R&D at IFIC “Reunión de Electrónicos”, May 2010
CLIC Power Extraction and Transfer structure (PETS)
Presentation transcript:

CIEMAT CONTRIBUTION TO TBL PETS (January 2009) David Carrillo on behalf of the Accelerators Team

TBL - PETS (Test Beam Line - Power Extraction & Transfer Structure) CIEMAT is responsible for TBL PETS prototype PETS should generate 12 GHz RF power in interaction with the drive beam 16 PETS will be placed at TBL to test stability of the decelerated beam

PETS RF designs 30 GHz PETS designed by D.Carrillo (CIEMAT) & I.Syratchev (CERN) 12 GHz PETS designed by I.Syratchev (CERN) Single choke mirror Two waveguide extractor

PETS: General layout Copper rods Power extractor Vacuum port WR90 waveguide Supports Fiducials Cooling pipes

Copper rods Each PETS is made of eight OFE copper rods (800 mm) These are the most difficult parts to fabricate: overall tolerance is +/ mm and roughness should be better than 0.4 micron The coupling cell is smaller: two different tools are necessary Two intermediate thermal treatments to release internal stresses Copper rod

Single rod RF test bench A special test bench has been designed to do RF measurements on each rod Dummy rod phase slip was 121° for 123 cells, that is, about 1° per cell Results agree with 3-D measurements Mode TE 10 HFSS model E field and probe Phase S31 vs position

RF absorbers Several samples from different companies (SiC, AlN composite) were tested at CERN and CIEMAT The present PETS prototype will not have absorbers. Further work is necessary for the future Measuring electrical properties of ceramics RF absorbers

Power extractor It consists of three disks of 140 mm diameter They will be brazed with a 1 mm wire, 78Ag22Cu alloy The waveguides have three flanges, the two outermost of them should be vacuum tight A special test bench has been designed to measure the assembly of rods Mode launchers have been optimized to create the working mode in the PETS, using the coaxial cable coming from the network analyzer A coaxial antenna will measure the field through the slots between the rods Eight rods RF test bench

316LN CF flanges Two pumping ports: ionic and turbo Instrumentation ports: temperature sensors and four for assembly and free for future uses Reference pins at the endplates Vacuum tank Round ¼” OFE copper pipe 1 m/s, 0.3 bar pressure drop, four circuits, 2 ° C estimated temperature increase Vacuum-tight stainless steel connectors brazed to copper pipes, using Helicoflex gaskets Cooling

CIEMAT contribution to a Race Track Microtron: LINAC David Carrillo on behalf of the Accelerators Team

RTM (Race Track Microtron) Layout RTM IORT (Intraoperative radiation therapy ) Electron beam up to 12 MeV CIEMAT is responsible for LINAC (1) Electron gun (2) LINAC (3) (4)end magnets M1 & M2 (5) Quadrupole lens (6) Extraction magnets (7) Extracted beam

RTM (Race Track Microtron) LINAC design Biperiodic structure f = GHz H field E field HFSS model Solid works model Cavity test RF measurements Accelerating cell without nose cones for testing

Conclusions  Eight 800 mm long copper rods (1 PETS) have been machined and will be assembled and measured next month  Two RF measurement benches, both for a single rod or eight ones, have been developed  No material has been identified as a good RF absorber up to now: it is necessary for CLIC PETS  CERN and CIEMAT will share the production of the next seven PETS units to be installed before the end of 2010  CIEMAT is responsible for a small LINAC for an RTM with medical purposes