PPT-Preliminary results of transverse (dipolar) impedance measurements on the MKI

Vasilis Vlachodimitropoulos Acknowledgements Mike Barnes Yves Sillanoli Simulation results reminder From the presentation at the 24 th IWG meeting 21112018 24th IWG meeting 2 Dipolar X. Electrical impedance extends the concept of resistance to AC circuits describing not only the relative amplitudes of the voltage and current but also the r elative phases When the circuit is driven with direct current DC there is no distinction be 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 . E. . Koukovini-Platia. CERN, EPFL. TIARA mid-term meeting, Madrid, 13. th. June 2012. Many thanks to . M. . Dehler. , N. . Milas. , A. . Streun. CLIC . DR/ SLS . parameters. SLS Parameter. Value. Energy [. V.G. Vaccaro, C. Zannini and G. Rumolo . Thanks to: M. Barnes, N. Biancacci, A. Danisi, G. De Michele, E. Metral, N. Mounet, T. Pieloni, B. Salvant. A simplified EM model . o. f C-magnet for ferrite loaded kickers. Y-Chamber for . SPS Crab . cavity. By Phoevos Kardasopoulos. Thanks to Benoit Salvant. ,. Pei Zhang, Fred Galleazzi, Roberto Torres-Sanchez and Alick MacPherson . Impedance Meeting. Date: 14/04/14 . Created by Alexandra Kent and Judy Zhu. Edited by Margaret Hilton. Honors Organic Chemistry. Chem. 2321 (. Sigman. ), 2013. 1,3-Dipolar Cycloadditions. Wiki . Page:. 1,3-Dipolar Cycloaddition. , . Huisgen. Preliminary analysis. . . C. . Zannini, E. . Metral, G. Rumolo, B. . Salvant . Model studied. LHC design as it is built and installed. weld. In this step we are only interested to understand the effect of the weld .. of perfect flat surfaces with uniform resistance. Martin Duignan, Elisa Garcia-. Tabares. , Laura . Grob. , . Xiuguang. . Jin. , Anne-Laure . Lamure. , Mostafa . Salahshoor. , Roberto . Salemme. , Theo Sinkovits . of perfect flat surfaces with uniform resistance. Martin Duignan, Elisa Garcia-. Tabares. , Laura . Grob. , . Xiuguang. . Jin. , Anne-Laure . Lamure. , Mostafa . Salahshoor. , Roberto . Salemme. , Theo Sinkovits . Electron cloud and single . beam collective effects . due . to beam coupling impedance in FCC-. ee. E. Belli, M. . Migliorati. , S. . Persichelli. , M. . Zobov. Outline. Resistive wall wake fields and impedances . R. Apsimon. Lancaster University / Cockcroft Institute. Motivation. Currently bunch length and energy spread measurements done with separate diagnostics. Can’t reconstruct the longitudinal phase space. 2 Nov 2017. A.Mereghetti. 2. R. Bruce, D. . Kodjaandreev. , . A. Mereghetti. , S. . Redaelli. , . B.Salvant. , G. . Valentino, L. . Zammit-Mangion. MD Merit. The contribution from . collimators. to . 08 Nov 2017. A.Mereghetti. 2. A. Mereghetti. , on behalf of the LHC Collimation . Team. Many thanks to all teams involved in the work, especially to the LHC impedance team.. Outlook. Introduction. TCSPM Measurements at the LHC. L.R. Carver. ,. . W. . Farabolini. , B. . Salvant. Acknowledgements. : . F. . Caspers. , . R. . Corsini. , . G. D. . Michele, . A. . Grudiev. , . A. Latina. , . T. . Lefevre. , . E. . Metral. , H. .