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Appel, Jeffrey A.
Fermi National Accelerator Lab., Batavia, IL (United States). Funding organisation: USDOE Office of Energy Research (ER) (United States)2000
Fermi National Accelerator Lab., Batavia, IL (United States). Funding organisation: USDOE Office of Energy Research (ER) (United States)2000
AbstractAbstract
No abstract available
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30 Nov 2000; 730 Kilobytes; 9. Mexican School of particles and fields; IX. Escuela Mexicana de Particulas y Campos; Metepec-Puebla (Mexico); Aug 2000; AC02-76CH03000; Available from PURL: https://www.osti.gov/servlets/purl/768522-0FJ6MA/native/
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Sauthoff, N.R.
Princeton Univ., NJ (United States). Plasma Physics Lab. Funding organisation: USDOE, Washington, DC (United States)1995
Princeton Univ., NJ (United States). Plasma Physics Lab. Funding organisation: USDOE, Washington, DC (United States)1995
AbstractAbstract
[en] Design of ITER entails the application of physics design tools that have been validated against the world-wide data base of fusion research. In many cases, these tools do not yet exist and must be developed as part of the ITER physics program. ITER's considerable increases in power and size demand significant extrapolations from the current data base; in several cases, new physical effects are projected to dominate the behavior of the ITER plasma. This paper focuses on those design tools and data that have been identified by the ITER team and are not yet available; these needs serve as the basis for the ITER Physics Research Needs, which have been developed jointly by the ITER Physics Expert Groups and the ITER design team. Development of the tools and the supporting data base is an on-going activity that constitutes a significant opportunity for contributions to the ITER program by fusion research programs world-wide
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1995; 6 p; International workshop on advanced fusion science research; Taejeon (Korea, Republic of); 21-24 Jun 1995; CONF-9506242--2; CONTRACT AC02-76CH03073; Also available from OSTI as DE95014766; NTIS; US Govt. Printing Office Dep
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Hooper, E.B.
Lawrence Livermore National Lab., CA (United States). Funding organisation: USDOE Office of Energy Research, Washington, DC (United States)1997
Lawrence Livermore National Lab., CA (United States). Funding organisation: USDOE Office of Energy Research, Washington, DC (United States)1997
AbstractAbstract
[en] The spheromak is a Magnetic Fusion Energy (MFE) configuration, which is a leading alternative to the tokamak. It has a simple geometry which offers an opportunity to achieve the promise of fusion energy if the physics of confinement, current drive, and pressure holding capability extrapolate favorably to a reactor. Recent changes in the US MFE program, taken in response to budget constraints and programmatic directions from Congress, include a revitalization of an experimental alternative concept effort. Detailed studies of the spheromak were consequently undertaken to examine the major physics issues which need to be resolved to advance it as a fusion plasma, the optimum configuration for an advanced experiment, and its potential as a reactor. As a result of this study, we conclude that it is important to evaluate several physics issues experimentally. Such an experiment might be appropriately be named the Sustained Spheromak Physics Experiment (SSPX). It would address several critical issues, the solution to which will provide the physics basis to enable an advanced experiment. The specific scientific goals of SSPX would be to: * Demonstrate that electron and ion temperatures of a few hundred electron volts can be achieved in a steady-state spheromak plasma sustained by a magnetic dynamo (''helicity injection''). * Relate energy confinement quantitatively to the magnetic turbulence accompanying the dynamo and use this knowledge to optimize performance. * Measure the magnetic field profiles and magnetic turbulence in the plasma and relate these to the science of the magnetic dynamo which drives the current in the plasma. * Examine experimentally the pressure holding capability (''beta limit'') of the spheromak. * Understand the initial phases of the transition of the plasma from an equilibrium supported by a magnetic-flux conserving wall to one supported by external coils
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27 Jan 1997; 21 p; CONTRACT W-7405-ENG-48; ALSO AVAILABLE FROM OSTI AS DE98051587; NTIS; US GOVT. PRINTING OFFICE DEP
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[en] This Saturne workshop has welcomed 120 scientists. 3 sessions have been organized: accelerators, physics and miscellaneous. The most recent experiments realized or scheduled at Saturne have been presented and the discussions which followed showed the high scientific interest taken in that equipment and made the participants regret its definitive closing down. Presentations by european teams about existent equipment, machines under construction or new projects opened the way to new perspectives. A lot of contributions were dedicated to the realization of high intensity particle beams and to the applications of accelerators. (A.C.)
Original Title
Septiemes journees d'etudes saturne
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1996; 471 p; 7. SATURNE workshop; JES 7 - journees d'etudes Saturne, Ramatuelle; Ramatuelle (France); 29 Jan - 2 Feb 1996
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Miscellaneous
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[en] I discuss briefly three areas of research that will be intensively studied over the next two decades that are relevant to astrophysics from the moon: the fundamental plane for active galaxies, the connection of starburst galaxies with AGN and galaxy formation, and the effect of AGN and quasars on galaxy formation and the evolution of the IGM
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Astrophysics from the moon; Annapolis, MD (USA); 5-7 Feb 1990; CONF-9002119--
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[en] Short communication
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Canadian Nuclear Society, Toronto, ON (Canada); 135 p; 1986; p. D1; Canadian Nuclear Society 7. annual conference; Toronto, ON (Canada); 9-10 Jun 1986
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Miscellaneous
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Sugihara, M.; Fujisawa, N.; Iida, H.; Nishio, S.
Plasma physics and controlled nuclear fusion research 1988. V.31989
Plasma physics and controlled nuclear fusion research 1988. V.31989
AbstractAbstract
[en] An overall review of the conceptual design studies of a next generation tokamak fusion experimental reactor (FER) at JAERI is presented. Major objectives of the FER are to demonstrate long, ignited D-T burning and the feasibility of key fusion reactor technologies. Two typical design concepts have been studied in detail, one based on the best physics databases and the other on rather conservative physics bases. Various flexibility scenarios and capabilities of the extension to enhance the reactor core performance have also been developed and incorporated into the design, in accordance with an overall plan of a phased construction and operation programme for the FER. (author). 5 refs, 3 figs, 1 tab
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International Atomic Energy Agency, Vienna (Austria); Nucl. Fusion; Suppl. 1989; 720 p; ISBN 92-0-130289-4;
; 1989; v. 3 p. 299-308; IAEA; Vienna (Austria); 12. international conference on plasma physics and controlled nuclear fusion research; Nice (France); 12-19 Oct 1988; IAEA-CN--50/G-I-2

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[en] The author describes work involving NASA's Gamma Ray Observatory (GRO). GRO exemplifies the near zero principle because it investigates new gamma ray phenomena by relying on the space program to take us into the region of zero interference above the earth's atmosphere. In its present form GRO has four experiments
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Fairbank, J.D.; Deaver, B.S. Jr. (Virginia Univ., Charlottesville, VA (USA). Dept. of Physics); Everitt, C.W.F. (Stanford Univ., CA (USA). High-Energy Physics Lab.); Michelson, P.F. (Stanford Univ., CA (USA). Dept. of Physics); 950 p; ISBN 0-7167-1831-6;
; 1988; p. 803-820; W. H. Freeman and Company; New York, NY (USA); W. H. Freeman and Company, 41 Madison Ave., New York, NY 10010 (USA)

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Book
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AbstractAbstract
No abstract available
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Available from http://dx.doi.org/10.1070/PU2003v046n12ABEH001732; Abstract only; Country of input: International Atomic Energy Agency (IAEA)
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Journal Article
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Physics Uspekhi; ISSN 1063-7869;
; v. 46(12); p. 1305-1306

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[en] The theoretical motivation for and a possible experimental approach to higher precision measurement of the muon g-2 value are discussed. The goal is to measure a = (g-2)/2 to a precision of 0.3 ppm, which would be an improvement by a factor of 20 over the present value from a CERN experiment. The approach would involve a superconducting muon storage ring and would utilize the very high primary proton beam intensity now available at the Brookhaven National Laboratory AGS
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Conference on the intersections between particle and nuclear physics; Steamboat Springs, CO (USA); 23-30 May 1984; CONF-8405193--
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