Tutorial Lecture
Tutorial Lecture
Paper Title Page
THTUT00
Welcome to SRF2023 Tutorials  
 
  • K. Saito
    FRIB, East Lansing, Michigan, USA
 
  Welcome to SRF2023 Tutorial by K. Saito, SRF2023 Chair. # Welcome to MSU Campus # Emergency evacuation # Lunch/ Dinner place # Internet connection # Purpose of SRF23 Tutorial # Very Brief Overview of SRF2023 # Tutorial Theme of SRF2023 Conference  
slides icon Slides THTUT00 [3.527 MB]  
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THTUT01
SRF Fundamental/Nb Material  
 
  • A. Miyazaki
    Université Paris-Saclay, CNRS/IN2P3, IJCLab, Orsay, France
 
  This lecture will present the basics of superconductivity for new comers. It will emphasis the particularities of RF superconductivity and the main features of Nb material, now baseline material.  
slides icon Slides THTUT01 [7.726 MB]  
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THTUT02
TEM Cavity Design  
 
  • S.U. De Silva
    ODU, Norfolk, Virginia, USA
 
  This lecture will present fundamental of RF to accelerate or reflect beams. The lecture will cover the electrical design method of the SRF high/medium/low beta cavities. The difference in the cavity design between TM mode and TE will be emphasized.  
slides icon Slides THTUT02 [16.459 MB]  
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THTUT03
Cavity fabrication and Cavity Preparation  
 
  • R. Gen
    JLab, Newport News, Virginia, USA
 
  This lecture will present the fabrication and processing methods and techniques used for producing SRF cavities with high performance, including clean cavity assembly.  
slides icon Slides THTUT03 [16.026 MB]  
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THTUT04
Cryogenics  
 
  • N.M. Hasan
    FRIB, East Lansing, Michigan, USA
 
  This lecture will introduce fundamentals and application of the cryogenics, cutting-edge technologies and advancements in the cryogenic field, for SRF students and young researchers.  
slides icon Slides THTUT04 [14.560 MB]  
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FRTUT01
Cavity Testing  
 
  • W. Hartung
    FRIB, East Lansing, Michigan, USA
 
  This lecture covers the fundamentals and practicalities of cavity testing, in particular, in vertical test stands.  
slides icon Slides FRTUT01 [6.217 MB]  
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FRTUT02
RF Coupler  
 
  • S.H. Kim
    FRIB, East Lansing, Michigan, USA
 
  This lecture will learn how to supply RF power into the cavity in order to accelerate the beam, and how to design and fabricate the device. Lessons learned in the past will be included, and important guidelines established for the design will be included.  
slides icon Slides FRTUT02 [8.894 MB]  
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FRTUT03
Cavity Beam Interaction/HOMs and Dampers  
 
  • M. Nishiwaki
    KEK, Ibaraki, Japan
 
  This lecture will review the theory of cavity beam interaction, the analysis of HOM in SRF cavities, and we will review various design for HOM couplers and HOM dampers.  
slides icon Slides FRTUT03 [18.318 MB]  
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FRTUT04
RF Control  
 
  • D. Valuch
    CERN, Meyrin, Switzerland
 
  The lecture overviews LLRF’s fundamental and practical aspects for SRF cavities, including critically coupled cavity case and machine operation. Some practical tips on interlock design may be also covered.  
slides icon Slides FRTUT04 [20.218 MB]  
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SATUT01
Cryomodule Design  
 
  • N. Bazin
    CEA-IRFU, Gif-sur-Yvette, France
 
  The lecture will give the basic for cryomodule design, fabrication, and assembly. Nicolas Bazin made the last SRF2021 online edition, and will make a more complete face to face lecture.  
slides icon Slides SATUT01 [19.044 MB]  
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SATUT02
Cryomodule Testing and Beam Operation  
 
  • M.D. McCaughan
    JLab, Newport News, Virginia, USA
 
  This lecture will review measurement method of cryomodule test in a horizontal Dewar in the bunker. The difference between the bunker test and VTA test will be emphasized. The cavity operation with beam will be introduced. Some lessons and learned will be presented on the operation experience.  
slides icon Slides SATUT02 [12.958 MB]  
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SATUT03
Application  
 
  • S. Posen
    Fermilab, Batavia, Illinois, USA
 
  Nb₃Sn cavities and other applications for small accelerators, such as for medical application, with a Cryocooler may be one of the major potential applications of SRF in coming years. Axion and dark matter will be another potential use of SRF cavities for fundamental physics. FNAL is also developing small SRF cavities coupled to quantum computer. This lecture will provide some overview of applications SRF¿based.  
slides icon Slides SATUT03 [21.485 MB]  
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SATUT04
Materials Beyond Nb  
 
  • A-M. Valente-Feliciano
    JLab, Newport News, Virginia, USA
 
  Thin film and multilayer are the promising way to go beyond the bulk niobium This lecture will introduce such film coated cavity developments and new other materials like Nb₃Sn, MgB₂, etc., except niobium.  
slides icon Slides SATUT04 [17.839 MB]  
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