Search Results - "Sviatoslavsky, I"

The ARIES-AT advanced tokamak, Advanced technology fusion power plant by Najmabadi, Farrokh, Abdou, A., Bromberg, L., Brown, T., Chan, V.C., Chu, M.C., Dahlgren, F., El-Guebaly, L., Heitzenroeder, P., Henderson, D., St. John, H.E., Kessel, C.E., Lao, L.L., Longhurst, G.R., Malang, S., Mau, T.K., Merrill, B.J., Miller, R.L., Mogahed, E., Moore, R.L., Petrie, T., Petti, D.A., Politzer, P., Raffray, A.R., Steiner, D., Sviatoslavsky, I., Synder, P., Syaebler, G.M., Turnbull, A.D., Tillack, M.S., Waganer, L.M., Wang, X., West, P., Wilson, P.

“…The ARIES-AT study was initiated to assess the potential of high-performance tokamak plasmas together with advanced technology in a fusion power plant and to…”
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Fusion power core engineering for the ARIES-ST power plant by Tillack, M.S, Wang, X.R, Pulsifer, J, Malang, S, Sze, D.K, Billone, M, Sviatoslavsky, I

“…ARIES-ST is a 1000 MWe fusion power plant based on a low aspect ratio ‘spherical torus’ (ST) plasma. The ARIES-ST power core was designed to accommodate the…”
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Advanced power core system for the ARIES-AT power plant by Raffray, A.R., El-Guebaly, L., Malang, S., Sviatoslavsky, I., Tillack, M.S., Wang, X.

“…The ARIES-AT power core was evolved with the overall objective of achieving high performance while maintaining attractive safety features, credible maintenance…”
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High performance blanket for ARIES-AT power plant by Raffray, A.R, El-Guebaly, L, Gordeev, S, Malang, S, Mogahed, E, Najmabadi, F, Sviatoslavsky, I, Sze, D.K, Tillack, M.S, Wang, X

“…The ARIES-AT blanket has been developed with the overall objective of achieving high performance while maintaining attractive safety features, simple design…”
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Advanced power core system for the ARIES-AT power plant by Raffray, A.R., El-Guebaly, L., Malang, S., Sviatoslavsky, I., Tillack, M.S., Wang, X.

“…The ARIES-AT power core was evolved with the overall objective of achieving high performance while maintaining attractive safety features, credible maintenance…”
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Molten salt self-cooled solid first wall and blanket design based on advanced ferritic steel by Wong, C.P.C., Malang, S., Sawan, M., Sviatoslavsky, I., Mogahed, E., Smolentsev, S., Majumdar, S., Merrill, B., Mattas, R., Friend, M., Bolin, J., Sharafat, S.

“…As an element in the U.S. Advanced Power Extraction (APEX) program, the solid first wall and blanket design team assessed innovative design configurations with…”
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ALPS–advanced limiter-divertor plasma-facing systems by Mattas, R.F, Allain, J.P, Bastasz, R, Brooks, J.N, Evans, T, Hassanein, A, Luckhardt, S, McCarthy, K, Mioduszewski, P, Maingi, R, Mogahed, E, Moir, R, Molokov, S, Morely, N, Nygren, R, Rognlien, T, Reed, C, Ruzic, D, Sviatoslavsky, I, Sze, D, Tillack, M, Ulrickson, M, Wade, P.M, Wooley, R, Wong, C

“…The advanced limiter-divertor plasma-facing systems (ALPS) program was initiated in order to evaluate the potential for improved performance and lifetime for…”
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APEX advanced ferritic steel, Flibe self-cooled first wall and blanket design by Wong, C.P.C, Malang, S, Sawan, M, Sviatoslavsky, I, Mogahed, E, Smolentsev, S, Majumdar, S, Merrill, B, Mattas, R, Friend, M, Bolin, J, Sharafat, S

“…As an element in the US Advanced Power Extraction (APEX) program, we evaluated the design option of using advanced nanocomposite ferritic steel (AFS) as the…”
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Engineering and geometric aspects of the solid wall re-circulating fluid blanket based on advanced ferritic steel by Sviatoslavsky, I.N., Sawan, M.E., Mogahed, E.A., Majumdar, S., Mattas, R., Malang, S., Fogarty, P.J., Friend, M., Wong, C.P.C., Sharafat, S.

“…The Advanced Power Extraction (APEX) project has been exploring concepts for power producing blankets that can enhance the potential of fusion energy. The…”
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Dry wall chamber issues for the SOMBRERO laser fusion power plant by Kulcinski, G.L, Peterson, R.R, Wittenberg, L.J, Mogahed, E.A, Sviatoslavsky, I.N

“…A reassessment of the SOMBRERO laser driven fusion power plant that was designed in 1990–91 has been conducted. New information and analysis has confirmed most…”
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Study of a spherical torus based volumetric neutron source for nuclear technology testing and development by Cheng, E.T, Cerbone, R.J, Sviatoslavsky, I.N, Galambos, L.D, Peng, Y.-K.M

“…A plasma based, deuterium and tritium (DT) fueled, volumetric 14 MeV neutron source (VNS) has been considered as a possible facility to support the development…”
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ARIES-ST plasma-facing component design and analysis by Tillack, M.S, Wang, X.R, Pulsifer, J, Sviatoslavsky, I

“…ARIES-ST is a 1000 MW fusion power plant conceptual design based on a low aspect ratio ‘spherical torus’ (ST) plasma. The plasma-facing components include the…”
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ARIES-RS divertor system selection and analysis by Wong, C.P.C, Chin, E, Petrie, T.W, Reis, E.E, Tillack, M, Wang, X, Sviatoslavsky, I, Malang, S, Sze, D.K

“…The ARIES-RS divertor system is selected and analyzed. A radiative divertor approach using Ne as the radiator is chosen to reduce the maximum heat flux to <6…”
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Mechanical design considerations of the centerpost for a spherical torus volumetric neutron source by Sviatoslavsky, I.N, Cheng, E.T, Cerbone, R.J, Peng, Y.-K.M, Galambos, J.D, Strickler, D.J, Wang, X.R

“…The mechanical and thermal design issues of the centerpost (CP) for a spherical torus based volumetric neutron source (ST-VNS) is described. It is intended to…”
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Spherical torus concept as power plants—the ARIES-ST study by Najmabadi, F

“…Recent experimental achievements and theoretical studies have generated substantial interest in the spherical torus concept. The ARIES-ST study was undertaken…”
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Magnets for the tandem mirror fusion power reactor WITAMIR-I by Maurer, W., Larbalestier, D., Sviatoslavsky, I.

“…The design of the magnet system for the Tandem Mirror Fusion Power Reactor WITAMIR-I is presented. The central cell of this reactor consists of 34 dc solenoid…”
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The ARIES-RS power core—recent development in Li/V designs by Sze, Dai-Kai, Billone, Michael C., Hua, Thanh Q., Tillack, Mark, Najmabadi, Farrokh, Wang, Xueren, Malang, Siegfried, El-Guebaly, Laila A., Sviatoslavsky, Igor N., Blanchard, James P., Crowell, Jeffrey A., Khater, Hesham Y., Mogahed, Elsayed A., Waganer, Lester M., Lee, Dennis, Cole, Dick

“…The ARIES-RS fusion power plant design study is based on reversed-shear (RS) physics with a Li/V (lithium breeder and vanadium structure) blanket. The…”
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Preliminary magnet design for a stellarator fusion reactor by Van Sciver, S., Derr, J., Khalil, A., Sviatoslavsky, I.

“…Conceptual design of the superconducting magnets for a stellarator fusion power reactor UWTOR-M are presented. The emphasis in the magnet design is toward…”
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A toroidal field magnet system for NUWMAK by Hong, S., Michaelson, P., Sviatoslavsky, I., Young, W., Boom, R.

“…A conceptual design of a toroidal field coil system is presented for NUWMAK, a compact fusion power reactor. The magnet major radius is 5.13 meters, the minor…”
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Advanced power core system for the ARIES-AT power plant: ARIES-AT special issue by RAFFRAY, A. R, EL-GUEBALY, L, MALANG, S, SVIATOSLAVSKY, I, TILLACK, M. S, WANG, X

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