'Sc cavities' diaporamas de présentation

PHY862 Accelerator Systems Hadron linacs (protons, H-minus, ions)

PHY862 Accelerator Systems Hadron linacs (protons, H-minus, ions). Peter N. Ostroumov Professor of Physics Michigan State University. Content. LINAC layout, LINAC systems Pulsed and CW linacs Linacs for light ions (protons, H-minus, deuterons) Linacs for heavy ions up to uranium

1.44k views • 113 slides

EucARD Annual Meeting 25-27 April 2012, WUT Warsaw

429 views • 42 slides

ECFA LC 13, AC4, May 28, 2013 Waldemar Singer f or the XFEL Cavity Team

Industrial Fabrication and Treatment of European XFEL Cavities - Challenges of the Knowledge Transfer to Industry. ECFA LC 13, AC4, May 28, 2013 Waldemar Singer f or the XFEL Cavity Team. Outline. Main principles of the Technology Transfer TT Procurement strategy

503 views • 37 slides

EZ Infrastructure for SC cavities production

EZ Infrastructure for SC cavities production. The Company. The Company was founded in1919 and it is located in the North-East of Italy (90Km far from Venice). The Company production was related to the chemical industry; there is also a tradition about the production of special

307 views • 30 slides

Status of the ERL Project in Japan

Status of the ERL Project in Japan. Norio Nakamura for the ERL Collaboration Team. Institute for Solid State Physics(ISSP), University of Tokyo . ERL collaboration team. High Energy Accelerator Research Organization (KEK)

351 views • 27 slides

Superbeams with SPL at CERN

Superbeams with SPL at CERN. 1. Introduction 2. SPL principle and characteristics 3. On-going R&D 4. Staging 5. Summary and Conclusion. SPL = Superconducting Proton Linac A concept for modern high intensity proton beams at CERN based on a high-energy Superconducting Linear Accelerator.

321 views • 22 slides

Superbeams with SPL at CERN

Superbeams with SPL at CERN. 1. Introduction 2. SPL principle and characteristics 3. On-going R&D 4. Staging 5. Summary and Conclusion. SPL = Superconducting Proton Linac A concept for modern high intensity proton beams at CERN based on a high-energy Superconducting Linear Accelerator.

222 views • 22 slides

209 views • 20 slides

Thin Films for Superconducting Cavities

Thin Films for Superconducting Cavities. HZB. Outline. Introduction to Superconducting Cavities The Quadrupole Resonator Commissioning Outlook. Basics of RF Cavities. Acceleration of charged particles using a radio frequency field

460 views • 18 slides

New plans for high power RF tests places at CERN

216 views • 12 slides

Welcome and Introduction to the Workshop!

Welcome and Introduction to the Workshop!. Roger M. Jones Cockcroft Institute and The University of Manchester. Higher Order Mode Diagnostics and Suppression in SC Cavities (HOMSC12) 25 th - 27 th June 2012 The Cockcroft Institute, Daresbury. Logistics.

175 views • 8 slides

EuCARD Task 10.4

EuCARD Task 10.4. Sergio Calatroni. Sub-task 10.4.1. New and improved techniques for the production of Nb sputtered Quarter Wave (QW) cavities ( CERN , INFN-LNL)

141 views • 7 slides

JRA on Sc cavities and Cryomodule for a Pulsed proton Linac

156 views • 6 slides