PPT-CLIC choke-mode structure

Hao Zha 2013Oct09 Outlines 1 Chokemode structure design 2 Optimization on RF parameters 3 Experiments 4 Future plan Overview of CDS design Name Description Parameters Manufactory amp. Aggiungere. un . contatto. L'elenco. . contatti. . semplifica. le . comunicazioni. e . permette. di . visualizzare. le . informazioni. . su. . presenza. e . contatto. . delle. . persone. . DRs. :. What we know so far and what else we need to study….. E. . Koukovini-Platia. . M. Barnes, A. . Grudiev. , N. . Mounet. , Y. . Papaphilippou. , G. Rumolo. Updated list of parameters . with the new lattice design at 3 TeV . From CLIC_G to CLIC_K. . 2. .07.2009. Alexej . Grudiev. CERN. . Outline. Current CLIC accelerating structure: CLIC_G. Compact coupler design with damping . Comparison of rounded and not rounded cell geometry. Progress of thermal tests for CLIC duty cycles. Power measurements. Air . speed . measurements. FEA . simulator. Preparation phase. Duty cycles. Nominal operation mode. Failure modes. Transients. 20 . ed. accelerating structures for CLIC main . linac. Hao Zha, . Tsinghua University. Jiaru Shi, CERN. 18-04-2012. Outline. Introduction. Wakefield damping study. RF parameters. Recent activities. The choke-mode . Barrie Deas. A choke. Mixed Fisheries. System of TACs. Relative Stability. Landing obligation. Exhaustion of one quota. Premature closure of the fishery. Vessels are denied the value of their main economic quotas. Depending on God. Overcoming our Fears. Matthew 6:25-34. Matthew 6:25-34 - 25 “For this reason I say to you, do not be worried about your life, as to what you will eat or what you will drink; nor for your body, as to what you will put on. Is not life more than food, and the body more than clothing? 26 Look at the birds of the air, that they do not sow, nor reap nor gather into barns, and yet your heavenly Father feeds them. Are you not worth much more than they? 27 And who of you by being worried can add a single hour to his life? . Possible improvement of the CLIC accelerating structure. From CLIC_G to CLIC_K. 2 .07.2009 Alexej Grudiev CERN Outline Current CLIC accelerating structure: CLIC_G Compact coupler design with damping 24 . Nov. 2014, CERN. Toshi Higo (KEK). 2014/11/23. CLIC Structure Review. 1. Contents . Transition from GLC/NLC . to CLIC. Alignment target. Alignment mechanism. M. achining. S. tacking/assembly. Bookshelf. SMD – CUW I Ser ies CUW I Series For HDMI , USB 3.0 A full series of common mode choke is designed for excellent no ise attenuation and compact sizing for use in wide range of applications . ig. 2. Distribution transformer protected with spark gap according to the SFS 2646 standard [6]. III. SERIES IMPEDANCE BASED PROTECTION n alternative to a special transformer design is to intro Hamed Shaker. School of Particles and Accelerators, Institute for Research in Fundamental Sciences, Iran ; CERN , . Switzerland. Sub Harmonic Bunchers (SHBs). CLIC Collaboration Working meeting- 2012. 26’th ESLS Workshop 2023. Peter . Hülsmann. – DESY - MHF. Triest. , November 8 - 9, 2023. Content. Motivation. The Choke Mode Cavity from T. . Shintake. (1992). Comparison of Choke Mode Cavity to the conventional HOM damped Cavity, advantages and disadvantages. Jorge GINER NAVARRO. CLIC Workshop 2015. 26/01/2015. 26/01/2015. J. Giner Navarro - CLIC WS2015. 1. Overview. Introduction. Conditioning data from test stands. Magnitudes to describe conditioning status.