clic accelerating structure r&d introduction w. wuensch clic ace 20-6-2007

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Goal one Demonstrate the feasibility of 100 MV/m (equivalent loaded gradient) by with an appropriate pulse length, pulse shape and breakdown rate - structure with all major features such as full length, higher order mode damping etc. - would give a reasonable efficiency in CLIC (good rf to beam efficiency, low enough wakes for good beam dynamics) - design, build, prepare and test lots of structures and test areas

Choke-mode damp ed accelerating structures for CLIC main linac

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STATUS OF THE FATIGUE STUDIES OF THE CLIC ACCELERATING ...clic-meeting.web.cern.ch/clic-meeting/2006/02_17sh.pdf · Confidence Curves on Equivalent Stress data plot • This graph

Walter Wuensch, CERN CLIC Workshop, 6 February 2014 X-Band and High-Gradient à la Carte

Possible improvement of the CLIC accelerating structure. From CLIC_G to CLIC_K

Investigation threads on fabrication technologies for the CLIC X-band Accelerating Structures C. Rossi on behalf of the CLIC X-band Activity Thanks for

KEK activities on CLIC X-band Accelerating Structures Tsinghua Univ., March 24 T. Higo (KEK)

Wakefield suppression in the CLIC main accelerating structures

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Josef Wuensch at BASF Science Symposium 2015

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W. Wuensch CLIC project meeting 8-7-2011 High-power rf structure testing

Walter Wuensch, CERN CLIC Project meeting, 29 September 2015 X-Band: test stand and structure program

Status of the Manufacturing of ... - fileMANUFACTURING OF ACCELERATING STRUCTURES FOR CLIC The tapered damped structure (TDS) for the main linac of the compact linear collider CLIC

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Overall strategy for the rf structure development program W. Wuensch CLIC ACE 2-2-2010

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Field emission measurements on flat Cu samples relevant for CLIC accelerating structures Stefan Lagotzky | 1 von 31 Field emission measurements on flat

Direct Wakefield measurement of CLIC accelerating structure in FACET Hao Zha, Andrea Latina, Alexej Grudiev (CERN) 28-Jan-2015 1

Fred wuensch total virtualization and cloud computing

July. 2009 Alexej Grudiev, Improvement of CLIC structure. Possible improvement of the CLIC accelerating structure. From CLIC_G to CLIC_K. 2.07.2009 Alexej

Experimental study of DC vacuum breakdown and application to high- gradient accelerating structures for CLIC Nick Shipman, Sergio Calatroni, Roger Jones,

Overview of the CLIC RF Structure Development Program W. Wuensch Second Collaboration Meeting on X-band Structures KEK, 13-5-2008

Tuning of CLIC Accelerating Structure Prototypes at CERN

CLIC Accelerating Structure Development

CLIC accelerating structure R&D - ncp.edu.pk

PIP-Dispenser-Instruction · Click, click Clic, clic Hasta que haga clic y nuevamente (Clic, clic) EAR PLUG DISPENSER | DISTRIBUTEUR DE BOUCHONS D’OREILLE | DISPENSADOR DE TAPONES

ABSTRACT The main accelerating structures for the CLIC are designed to operate at 100 MV/m accelerating gradient. The accelerating frequency has been optimised

A Demonstration of High- Gradient Acceleration W. Wuensch, C. Achard… · 2003. 5. 5. · A Demonstration of High- Gradient Acceleration W. Wuensch, C. Achard, S. Döbert*, H. H

Introduction to CLIC and breakdown in rf structures W. Wuensch Breakdown physics workshop 6-5-2010

Choke-mode damped accelerating structures for CLIC main linac Hao Zha, Tsinghua University Jiaru Shi, CERN 18-04-2012

Accelerating structure test results and what’s next Walter Wuensch CTF3 collaboration meeting 16-1-2007