'Accelerating structure' diaporamas de présentation

EuCARD 2 CEA Saclay proposal

EuCARD 2 CEA Saclay proposal. Superconducting nanolayers CLIC 12 GHz accelerating structures 704 MHz superconducting cavity , couplers and tuner (+IPN Orsay). CERN - 21/04/2011. 1) Superconducting Nano-layers : a new family of materials specially adapted to SRF performances.

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Status Report WP9 , NCLinac Grahame Blair/RHUL, Erk Jensen/CERN

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High Intensity Positron source

High Intensity Positron source. Pavel Logachev, BINP, Novosibirsk. Linacs hall. 300 MeV driving electron linac. Positron linac.

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5 th CLIC-ACE Structure production in laboratories and industries

5 th CLIC-ACE Structure production in laboratories and industries. G. Riddone, 02/02/2010 (contribution from KEK/SLAC colleagues). Content. Introduction to RF structures and components Fabrication baseline procedure for accelerating structures

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Available RF power sources for reliable and robust medical accelerators

Available RF power sources for reliable and robust medical accelerators. Ivan Konoplev University of Oxford. Acknowledgment. Graeme Burt (CI, Lancaster University) David A. Constable (CI, Lancaster University) Robert Apsimon (CI, Lancaster University). Outline. RF power drivers:

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CLIC developments Xband FEL linac introduction Xband@Trieste Xband@PSI Xband@SINAP Xband@Turkey

Xband technology. CLIC developments Xband FEL linac introduction Xband@Trieste Xband@PSI Xband@SINAP Xband@Turkey. W. Wuensch 21-1-2014. Xbox-1 Layout. Clockwise from top-left: Modulator/klystron (50MW, 1.5us pulse) Pulse compressor (250ns, ratio 2.8) DUT + connections

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CLIC developments Xband FEL linac introduction Xband@Trieste Xband@PSI Xband@SINAP Xband@Turkey

Xband technology. CLIC developments Xband FEL linac introduction Xband@Trieste Xband@PSI Xband@SINAP Xband@Turkey. W. Wuensch 21-1-2014. Xbox-1 Layout. Clockwise from top-left: Modulator/klystron (50MW, 1.5us pulse) Pulse compressor (250ns, ratio 2.8) DUT + connections

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C-band and X-band Activities at SINAP

C-band and X-band Activities at SINAP. Wencheng Fang, Qiang Gu, Chaopeng Wang, Jianhao Tan, Zhentang , Zhao, SINAP Dechun Tong, THU Xing Sheng , Lifang Chen, CETC 04 Feb, 2014, CLIC Workshop 2014. Background C-band activities Prototype accelerating structure

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RF scheme of electron linear accelerator with energy 200-500 MeV

RF scheme of electron linear accelerator with energy 200-500 MeV. Levichev A.E Budker Institute of Nuclear Physics SB RAS. Introduction. Debuncher-monohramator. Accelerating structure. Accelerating structure .

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Update of the vacuum system for the CLIC two-beam modules

Update of the vacuum system for the CLIC two-beam modules. C. Garion CERN/TE/VSC. LCWS, 23-26 September 2011. Outline. Vacuum system in the CLIC module requirements Specificities Vacuum dynamics for a non-baked system Technological solutions for the vacuum system in the CLIC module

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X-band structure progress at SINAP

X-band structure progress at SINAP. Jianhao Tan, Wencheng Fang, Qiang Gu , Zhentang Zhao, SINAP Toshiyasu Higo, KEK March. 6 , 2017, CERN ? Geneva. Outline. RF conditioning results of deflector X-band development for SXFEL X-band test platform preparation Summary.

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CLEX day 2006 Introduction

CLEX day 2006 Introduction. G.Geschonke CERN. CTF3 programme. 2005. 2004. Thermionic gun. DL. Linac. CR. 2006. CLEX 2007-2009 building in 2006. Photo injector / laser tests from 2006. TL2 2007. 30 GHz production (PETS line) and test stand. On schedule so far.

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Dmitry Gudkov BE/RF/SR 02 December 2009

Mechanical design of TD24 11Ghz Damped Sealed Accelerating Structure (based on KEK/SLAC design documentation). Dmitry Gudkov BE/RF/SR 02 December 2009. Product Elements 1. Accelerating elements. Vacuum and interface elements. Cooling system elements. Tuning system elements.

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An Overview of the CLIC Testing Program

An Overview of the CLIC Testing Program. W. Wuensch CLIC ACE 16-2-2008. Outline Key issues. High-power RF testing objectives Testing with beam Specialized tests. Key Issues The two main high-power effects which limit gradient are RF breakdown and pulsed surface heating.

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Thermal test (lab modules)

Thermal test (lab modules). G. Riddone, A. Samoshkin Last update 25- Jul -2011. Complement to the presentation on 14.06.2011. Thermal tests. Investigation of the thermo-mechanical behaviour of the module following: Variation of the ambient temperature

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Topical session III: High-power test areas Summary

Topical session III: High-power test areas Summary Objective: Review the status of possibilities for test stands at collaborating institutes. The situation is far better than I had thought. W. Wuensch CLIC collaboration meeting 11-5-2012. High power RF network. RF vacuum valve.

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COOLING TUBE

Engineering design and fabrication of x-band accelerating structures td24 r05 and td24 r05 sic. A. Solodko, A. Samoshkin , D. Gudkov, JINR, Dubna , Russia G. Riddone, A. Grudiev, S. Atieh, CERN, Geneva, Switzerland. Abstract

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Engineering design and fabrication of x-band accelerating structure td24 with wfm

Engineering design and fabrication of x-band accelerating structure td24 with wfm. A. Solodko, A. Samoshkin , D. Gudkov, JINR, Dubna , Russia, G. Riddone, A. Andersson, Geneva, Switzerland, F. Peauger, P. Girardot, CEA Saclay, France, R . Zennaro, PSI, Villigen, Switzerland. Abstract

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ABSTRACT

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Abstract

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