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RF Superconductivity: Science, Technology, and Applications [Kõva köide]

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(Laboratory of Elementary Particle Physics, Cornell University, Ithaca, NY)
  • Formaat: Hardback, 464 pages, kõrgus x laius x paksus: 244x175x25 mm, kaal: 989 g
  • Ilmumisaeg: 18-Mar-2009
  • Kirjastus: Blackwell Verlag GmbH
  • ISBN-10: 3527405720
  • ISBN-13: 9783527405725
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RF Superconductivity: Science, Technology, and ApplicationsSuurem pilt
  • Formaat: Hardback, 464 pages, kõrgus x laius x paksus: 244x175x25 mm, kaal: 989 g
  • Ilmumisaeg: 18-Mar-2009
  • Kirjastus: Blackwell Verlag GmbH
  • ISBN-10: 3527405720
  • ISBN-13: 9783527405725
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9783527405725.html
Padamsee (physics, Cornell U., US) is project leader of the Superconducting Radio Frequency Group, pushing accelerator technology for particle physics at the energy and luminosity frontiers. His 1998 RF Superconductivity for Accelerators (John Wiley & Sons) continues to be the standard text, but the changes it has played a large part in bringing about over the past decade have surpassed much of it. Rather than trying to incorporate both the old and new in a second edition, he here focuses on developments since then, and even so must be selective and representative. For example, he has no room to deal with cryomodule and cavity/cryomodule integration or feedback and low-level RF controls. Taking in turn the science, the technology, and applications, he considers such topics as new cavity geometries, multipacting and field emission, input couplers, tuners, storage rings, heavy-ion accelerators, nuclear astrophysics, and transmutation. Annotation ©2010 Book News, Inc., Portland, OR (booknews.com)

This is the second book to RF Superconducting, written by one of the leading experts. The book provides fast and up-to-date access to the latest advances in the key technology for future accelerators.
Experts as well as newcomers to the field will benefit from the discussion of progress in the basic science, technology as well as recent and forthcoming applications. Researchers in accelerator physics will also find much that is relevant to their discipline.
Preface.
List of Abbreviations.
Part I Science.
1 Introduction.
1.1 RF Superconductivity Benefits.
1.2 Overview of
Chapters.
2 New Cavity Geometries.
2.1 Classification of Structures.
2.2 High-β Cavities.
2.3 Medium-β Cavities.
2.4 Low-β Resonators.
2.5 Very Low-β Cavities.
2.6 Mechanical Aspects.
2.7 Codes for Cavity Design.
3 Surface Resistance and Critical Field.
3.1 BCS Surface Resistance.
3.2 Nonlinear (Field-Dependent) BCS Resistance.
3.3 RF Magnetic Field Dependence of BCS Surface Resistance.
3.4 Residual Resistance.
3.5 DC Critical Magnetic Fields: Hc1, Hc2, Hc, and Hc3.
3.6 RF Critical Magnetic Field, Hsh the Superheating Critical Field.
4 Multipacting and Field Emission.
4.1 Multipacting.
4.2 Field Emission.
5 High-Field Q-Slope and Quench Field.
5.1 RF Measurements and Temperature Maps.
5.2 Candidate Mechanisms for the High-Field Q-Slope.
5.3 Surface Studies.
5.4 Quench Fields.
Part II Technology.
6 Cavity Fabrication Advances.
6.1 Overview.
6.2 Niobium Material.
6.3 Advances in Welding.
6.4 Low-β Resonators.
6.5 Seamless Cavities.
6.6 Nb–Cu-Sputtered Cavities.
7 Cavity Treatment Advances.
7.1 Overview of Cavity Treatment Procedures.
7.2 Inspection.
7.3 Barrel Polishing.
7.4 Electropolishing.
7.5 Heat Treatment and Hydrogen Degassing.
7.6 Final Cleaning.
7.7 Dust-Free Assembly.
8 Input Couplers.
8.1 Overview of Requirements and Design Principles.
8.2 Power.
8.3 Waveguide versus Coaxial Couplers.
8.4 Windows: Warm and Cold.
8.5 Coaxial Coupler Examples.
8.6 Waveguide Coupler Examples.
8.7 Materials and Fabrication.
8.8 Multipacting in Couplers.
8.9 Conditioning.
9 Higher Mode Couplers and Absorbers.
9.1 Overview of HOM Excitation and Damping.
9.2 Mode Trapping in Multicell Structures.
9.3 Coaxial Couplers.
9.4 Waveguide Couplers.
9.5 Beam Pipe Couplers and Absorbers.
10 Tuners.
10.1 Overview.
10.2 Tuner Examples.
10.3 Fast Tuning.
10.4 Low-β Cavity Tuners.
Part III Applications.
11 Applications and Operations.
11.1 Storage Rings.
11.2 Electron Linacs.
11.3 Heavy-Ion Accelerators.
11.4 Heavy-Ion Accelerators for Rare Isotope Beams (RIBs).
11.5 Neutron Source.
12 Future Applications.
12.1 Overview for Next Generation Light Sources.
12.2 ERL for Nuclear Physics.
12.3 Nuclear Astrophysics.
12.4 High-Intensity Proton Linacs.
12.5 International Linear Collider.
12.6 Muon Collider and Neutrino Factory.
12.7 Concluding Remarks.
References.
Subject Index.
Hasan Padamsee is currently Adjunct Professor and Senior Physicist at Cornell University, where he is the project leader of the Superconducting Radio Frequency Group, pushing the advancement of accelerator technology for particle physics at the energy and luminosity frontiers. Conducting research and development in the field for more than 30 years, he collaborates with accelerator laboratories around the world, including Fermilab, Jefferson Lab, SLAC, CERN and DESY. Among his many publications are the first volume to the present book, "RF Superconductivity for Accelerators", as well as other books and many review articles in encyclopedias. Professor Padamsee was appointed Fellow of the American Physical Society in 1993.