1 edition of Conceptual design of the SPL, a high-power superconducting H L̄inac at CERN found in the catalog.
Conceptual design of the SPL, a high-power superconducting H L̄inac at CERN
|Statement||B. Autin ... [et al.] ; editor, M. Vretenar.|
|Series||CERN,, 2000-012, CERN (Series) ;, 2000-12|
|Contributions||Autin, B., Vretenar, M., European Organization for Nuclear Research.|
|LC Classifications||QC770 .E82 no. 2000-012|
|The Physical Object|
|Pagination||viii, 83 p. :|
|Number of Pages||83|
|LC Control Number||2003403144|
Set up current I in superconducting loop using e.g. B-field If loop has resistance R and self-inductance L, current should decay with time constant τ where τ = L/R Failure to observe decay → upper limit of Ωm for resistivity ρ in superconducting state c.f. ρ = Ωm for Cu at room temp’. USPAS, June , Rutgers University Superconducting accelerator magnets 6 History - theory A theory of superconductivity took time to evolve: London brothers propose two equations for E and H results in concept of penetration depth λ Ginzburg and Landau propose a macroscopic theory (GL) for superconductivity, based on.
Selected Publications. A non-invasive beam profile monitor for charged particle beams (Journal article - ) ; Extra Low ENergy Antiproton (ELENA) ring and its Transfer Lines: Design Report (Book - ) ; Beam quality study for a grating-based dielectric laser-driven accelerator (Journal article - ) ; Non-perturbative measurement of low-intensity charged particle beams (Journal article. resulting design reduces power and operating cost, and offers high operational flexibility, high power upgradability, and low beam loss. Although a superconducting hac offers many advantages for neutron spallation source applications, a proton superconducting linac has yet to be built. Unanswered design.
Posocco PA, Pozimski JR, Xia Y, Merchant M et al., , First Test of The Imperial College Gabor (Plasma) Lens prototype at the Surrey Ion Beam centre, 7th International Particle Accelerator Conference (IPAC ), Publisher: Joint Accelerator Conferences, Pages: The first plasma (Gabor) lens prototype operating at high electron density was built by the Imperial College London in NASA is developing a turboelectric propulsion system for all-electric aircraft. In this concept, propulsion is achieved using large fans driven by superconducting motors. The electrical power for these fans, in turn, is generated by an efficient superconducting hydrogen or natural gas turbine.
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The potential for a superconducting proton linac (SPL) at CERN started to be seriously considered at the end of the s. In the first conceptual design report (CDR), published in , most. The SPL design in the ﬁrst conceptual design report (CDR1)  was mainly driven by the high-power needs of a CERN-based neutrino factory [ 4 ] and the idea to re-use RF equipment [klystrons.
The potential for a superconducting proton linac (SPL) at CERN started to be seriously considered at a high-power superconducting H L̄inac at CERN book end of the s.
In the first conceptual design report (CDR), published in , most of the MHz RF equipment from LEP was re-used in an m long linac, and the proton beam energy was limited to GeV.
During the following years, the design was revisited and optimized to better. An analysis of the revised physics needs and recent progress in the technology of superconducting RF cavities have led to major changes in the speci cation and in the design for a Superconducting Proton Linac (SPL) at CERN.
Compared with the rst conceptual design report (CERN ) the beam energy is almost doubled ( GeV instead of GeV), while the length of the linac is reduced by.
Conceptual design of the SPL II: A high-power superconducting H-linac at CERN. A High-power Superconducting H$^-$ Linac (SPL) at CERN Enrico Chiaveri The conceptual design of a superconducting H^- linear accelerator at CERN.
Conceptual Design of the Low-Power and High-Power SPL: A Superconducting H- Linac at CERN. Book. Full-text available. Jan ; Compared with the rst conceptual design report (CERN. P A Posocco's 44 research works with 92 citations and 1, reads, including: TUPMY poster.
Autin et al., Conceptual Design of the SPL, a High-Power Superconducting H LINAC at CERN, no. in Yellow Report, CERN, Google Scholar. CONCEPTUAL DESIGN OF SUPERCONDUCTING MAGNET COILS Figure Comparison of uniform current density and graded coil concepts. The insert portion of the winding pack is also layer-wound for a total turn count of turns.
With a 10 layer radial build, the. Detailed design of the coil ends, as well as the use of shielding materials may allow further reductions in the magnetic signature. Robustness of the coil is achieved by the use of a CICC 80 kA conductor, that uses NbTi at K. Low magnet system weight is achieved by use of a filament wound structure for the coil, honeycomb steel for the.
High power density superconducting rotating machines—development status and technology roadmap. Kiruba S Haran 1, Swarn Kalsi 2, Tabea Arndt 3, Haran Karmaker 4, Rod Badcock 5, Bob Buckley 5, Timothy Haugan 6, Mitsuru Izumi 7, David Loder 8, James W Bray 9, Philippe Masson 10 and Ernst Wolfgang Stautner 9.
Published 17 November 1 Novel Design Concept and Demonstration of a Superconducting Gas Insulated Transmission Line Peter Cheetham, Student Member, IEEE, Jose Viquez, Student Member, IEEE, Lukas Graber, Senior Member, IEEE, Chul H Kim, Member, IEEE, Horatio Rodrigo, Senior Member, IEEE, Sastry Pamidi, Senior Member, IEEE.
Abstract— A new and novel design concept for superconducting. The emergence of high T/sub c/ superconducting (HTS) wires with large critical current densities allows the design and construction of many applications, f Conceptual design of an electrical machine with both low and high T/sub c/ superconductors - IEEE Journals & Magazine.
construction at CERN, is based on the use of superconducting magnets of different size and field level. The magnet system, whose length is about 20 km, operates at K by means of superfluid helium and requires about tons of superconducting NbTi/Cu cables.
The main dipoles, 15 m long for a double field channel of T, see. This book offers a novel, concept-led approach to superconducting electronics, using the COMSOL multiphysics package to help describe fundamental principles in an intuitive manner, and provides more in-depth derivations of the basic equations from first principles.
Chul H Kim, Member, IEEE, Horatio Rodrigo, Senior Member, IEEE, Sastry Pamidi, Senior Member. IEEE. Abstract— A new and novel design concept for superconducting cables that uses the gaseous cryogen as the dielectric medium is presented.
This novel design addresses the challenges in developing a dielectric design of a superconducting cable that is. Topical Review High power density superconducting rotating machines—development status and technology roadmap Kiruba S Haran1, Swarn Kalsi2, Tabea Arndt3, Haran Karmaker4, Rod Badcock5, Bob Buckley5, Timothy Haugan6, Mitsuru Izumi7, David Loder8, James W Bray9, Philippe Masson10 and Ernst Wolfgang Stautner9 1University of Illinois at Urbana-Champaign, N.
Wright Street, Urbana. A nice demonstration of superconducting permanent currents is shown in Fig A small permanent magnet that is lowered towards a superconducting lead bowl generates induction currents according to Lenz’s rule, leading to a repulsive force acting on the magnet.
The induction currents support the magnet at an equilibrium height. Engineering design and fabrication of X-Band components (MOPC) by Filippova, M: Mechanical Design and Fabrication Studies for SPL Superconducting RF Cavities (MOPC) by Atieh, S: The LHC RF System - Experience with beam operation (MOPC) by Baudrenghien, P: High Power test for the first PIMS Cavity for LINAC4 (MOPC) by Gerigk, F.
Thus, one of the five constituent demonstrators is a superconducting high-power transmission line based on the novel MgB 2 technology pioneered in an experimental collaboration between CERN and the IASS. Headed by the leading cable manufacturer Nexans and bringing together transmission operators, industrial manufacturers and research.Abstract: This paper describes the conceptual design of a high temperature superconducting (HTS) generator for mobile radar (MR) applications.
The power system for MR consists of a diesel engine, a generator and power conditioning electronics. Significant improvements in power density, performance and system efficiency result if the generator and the power electronics are cryogenically cooled.Losses in superconducting power cables are mainly due to AC, thermal and dielectric effects.
The interplay of cable geometry, operating conditions, transmitted power, and the resulting losses are considered. The design studies indicate that for Bi cables with warm dielectric an operating temperature well below 77 K is favoured.