PPT-Cavity and Cryomodule Progress at RRCAT

Satish Joshi Raja Ramanna Centre for Advanced Technology Indore India Outline Prototype 13 GHz single Cell cavity Single cell Nb 13 GHz cavity development Development of Cavity Processing Facility. focused on SPL cavity tests. V. Benda, O. Pirotte, B. Vullierme. SM 18 layout, . current status . 19.10.2010. SPL cryomodule CRG/VB. 2. 6 kW . Linde. RF cavity. Magnet test benches CFBs. Bloc 4 + FCM + SC Link. Linac. Front End Focusing Lens Development. Can we use these lenses in the SSR1 . crymodule. of PXIE ?. 9/27/2011. 1. Terechkine . for PXIE . Cryomodule. Design meeting. Requirements for HINS . Linac. Woodpeckers in Wild Basin, Rocky Mountain National Park. Peter Dolan. Winter Ecology, Spring . 2012. Mountain Research Station, University of Colorado at Boulder. Ecological Importance. Cavities can aid birds in thermoregulation. Jamie Blowers. LCLS-II EDM/PLM Applications. 31-Mar-2014. Outline. QA/QC “first principles”. Fermilab QA, Procurement, and Engineering . framework. QA/QC staff and function infrastructure. Process control software infrastructure, Vector. 27 January 2015. Zachary Conway. On behalf of the ANL Linac Development Group. Argonne National Laboratory. Physics Division. Overview. FY2015 Scope of Work.. Recent Progress.. Prototype Cavity Cold Test Results.. Concept Design Study. Niklas Templeton. RFD Pre-Series Update . - . CC Coordination Meeting - 18/8/17. RFD Dressed Cavity Status. Fixed from RFD SPS Concept:. Cavity. Cold Magnetic Shield. To be updated from SPS Cryomodule:. Regions of the Face . Forehead: Extending from the eyebrows to the hairline. Temples: Anterior to the eyes. Orbital: Eye area that is covered by the eyelids. External nose. Regions of the Face . cont.. Nikolay. . Solyak. & . Arun. . Saini. Current Layout in LB and HB section (cw_v6_0 lattice) . LB section. 0.8 m. 14.31 m. 5.1 m. Cavity. Cavity. Cavity. Cavity. Cavity. Cavity. NC Doublet. : . status and update. (from SPL to HG). With the contribution of . Katarzyna. . Turaj. , Karim Gibran Hernandez . Chahin. , . Alick. Macpherson, . Sotirios. Papadopoulos, Julien Pascal . Dequaire. Tom Powers. March 2, 2017. Background on Microphonics. The structural vibrations, which cause microphonic frequency shifts, are the same independent of the loaded-Q. . From a vibrational response standpoint and . . From . A . LLRF Perspective. Curt Hovater . Discussing. input from . Trent Allison, Rama . Bachimanchi. , Ed . Daly, . K. . . Davis, . M. Drury, George . Lahti, Bob . Legg. Clyde Mounts, Rick . Nelson, . Naeem Huque. Monday, June 10. th. , 2019. Outline. Introduction. Tuner requirements. Performance. Tuner Components. Frame. Motor. Harmonic Drive. Tuner development and testing. Procurement . plan. Summary. in . XFEL . Cryomodule Tests. Denis Kostin, . DESY. . . TTC Topical . Meeting . on SRF Cryomodule Clean Room . Assembly. . 12-14.11.2014. Outline. Cavity Operating Gradient and Degradation. XFEL Module AMTF Test . Joe Preble, EIC RF WBS Manager. EIC Accelerator Partnership Workshop. October 27, 2021. HSR - 591 MHz 5-Cell Cavity. Bunch Compression. Crab Cavities – HSR & ESR. 2. 591 MHz ESR 1-Cell Cavity. SHC- 591 MHz 5-Cell and.