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in creator/contributor: "Pearlstein, L. D."  
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Modeling results for a linear simulator of a divertor

Description: A divertor simulator, IDEAL, has been proposed by S. Cohen to study the difficult power-handling requirements of the tokamak program in general and the ITER program in particular. Projections of the power density in the ITER divertor reach {approximately} 1 Gw/m{sup 2} along the magnetic fieldlines and > 10 MW/m{sup 2} on a surface inclined at a shallow angle to the fieldlines. These power densities are substantially greater than can be handled reliably on the surface, so new techniques are req… more
Date: June 23, 1993
Creator: Hooper, E. B.; Brown, M. D.; Byers, J. A.; Casper, T. A.; Cohen, B. I.; Cohen, R. H. et al.
Item Type: Refine your search to only Report
Partner: UNT Libraries Government Documents Department
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Advanced steady-state operating scenarios

Description: The goal for advanced steady-state operation in ITER should be to demonstrate the operation of the plasma core for a steady-state fusion reactor. To accomplish this the authors must develop steady-state operating scenarios at high beta for high fusion power density, low auxiliary power requirements (Q{sub CD} {ge} 25, where Q{sub CD} {triple_bond}P fusion/P{sub CD} and P{sub DC} is the power required for sustaining the plasma current) for low recirculating power requirements, and at moderate sa… more
Date: December 2, 1993
Creator: Nevins, W. M.; Bulmer, R. H.; Pearlstein, L. D.; Haney, S. W. & Manickam, J.
Item Type: Refine your search to only Report
Partner: UNT Libraries Government Documents Department
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