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Results: 1-13 |
Results: 13
THE ARIES-RS POWER CORE - RECENT DEVELOPMENT IN LI V DESIGNS/
Authors: SZE DK BILLONE MC HUA TQ TILLACK M NAJMABADI F WANG XR MALANG S ELGUEBALY LA SVIATOSLAVSKY IN BLANCHARD JP CROWELL JA KHATER HY MOGAHED EA WAGANER LM LEE D COLE D
Citation: Dk. Sze et al., THE ARIES-RS POWER CORE - RECENT DEVELOPMENT IN LI V DESIGNS/, Fusion engineering and design, 41, 1998, pp. 371-376
OVERVIEW OF THE ARIES-RS REVERSED-SHEAR TOKAMAK POWER-PLANT STUDY
Authors: NAJMABADI F BATHKE CG BILLONE MC BLANCHARD JP BROMBERG L CHIN E COLE FR CROWELL JA EHST DA ELGUEBALY LA HERRING JS HUA TQ JARDIN SC KESSEL CE KHATER H LEE VD MALANG S MAU TK MILLER RL MOGAHED EA PETRIE TW REIS EE SCHULTZ J SIDOROV M STEINER D SVIATOSLAVSKY IN SZE DK THAYER R TILLACK MS TITUS P WAGNER LM WANG XR WONG CPC
Citation: F. Najmabadi et al., OVERVIEW OF THE ARIES-RS REVERSED-SHEAR TOKAMAK POWER-PLANT STUDY, Fusion engineering and design, 38(1-2), 1997, pp. 3-25
MECHANICAL DESIGN ASPECTS OF THE LIBRA-SP LIGHT-ION BEAM DRIVEN ICF POWER-REACTOR
Authors: SVIATOSLAVSKY IN MOGAHED EA COUSSEAU PL ENGELSTAD RL KHATER HY KULCINSKI GL MACFARLANE JJ PETERSON RR SAWAN ME WANG P
Citation: In. Sviatoslavsky et al., MECHANICAL DESIGN ASPECTS OF THE LIBRA-SP LIGHT-ION BEAM DRIVEN ICF POWER-REACTOR, Fusion technology, 30(3), 1996, pp. 1299-1303
LIBRA-SP, A COMMERCIAL FUSION-REACTOR BASED ON NEAR-TERM TECHNOLOGY
Authors: KULCINSKI GL COUSSEAU P ENGELSTAD RL KHATER HY MACFARLANE JJ MOGAHED EA PETERSON RR SAWAN ME SVIATOSLAVSKY IN WANG P
Citation: Gl. Kulcinski et al., LIBRA-SP, A COMMERCIAL FUSION-REACTOR BASED ON NEAR-TERM TECHNOLOGY, Fusion technology, 30(3), 1996, pp. 1641-1645
ENGINEERING DESIGN ISSUES OF A LOW-ASPECT-RATIO TOKAMAK VOLUMETRIC NEUTRON SOURCE
Authors: SVIATOSLAVSKY IN MOGAHED EA PENG YKM NELSON BE FOGARTY PJ CHENG ET CERBONE RJ
Citation: In. Sviatoslavsky et al., ENGINEERING DESIGN ISSUES OF A LOW-ASPECT-RATIO TOKAMAK VOLUMETRIC NEUTRON SOURCE, Fusion technology, 30(3), 1996, pp. 1649-1653
ITER LIMITER FIRST WALL 3-D THERMOMECHANICAL ANALYSIS
Authors: MOGAHED EA SVIATOSLAVSKY IN
Citation: Ea. Mogahed et In. Sviatoslavsky, ITER LIMITER FIRST WALL 3-D THERMOMECHANICAL ANALYSIS, Fusion technology, 30(3), 1996, pp. 564-568
BLANKET SELECTION FOR THE STARLITE PROJECT
Authors: SZE DK TILLACK MS SVIATOSLAVSKY IN WAGANER LM
Citation: Dk. Sze et al., BLANKET SELECTION FOR THE STARLITE PROJECT, Fusion technology, 30(3), 1996, pp. 995-999
MHD, HEAT-TRANSFER AND STRESS-ANALYSIS FOR THE ITER SELF-COOLED BLANKET DESIGN
Authors: WANG XR MOGAHED EA SVIATOSLAVSKY IN
Citation: Xr. Wang et al., MHD, HEAT-TRANSFER AND STRESS-ANALYSIS FOR THE ITER SELF-COOLED BLANKET DESIGN, Fusion engineering and design, 24(4), 1994, pp. 389-401
MHD, HEAT-TRANSFER AND STRESS-ANALYSIS FOR THE ITER SELF-COOLED BLANKET DESIGN
Authors: WANG XR MOGAHED EA SVIATOSLAVSKY IN
Citation: Xr. Wang et al., MHD, HEAT-TRANSFER AND STRESS-ANALYSIS FOR THE ITER SELF-COOLED BLANKET DESIGN, Fusion engineering and design, 24(4), 1994, pp. 389-401
EVOLUTION OF LIGHT-ION DRIVEN FUSION POWER-PLANTS LEADING TO THE LIBRA-SP DESIGN
Authors: KULCINSKI GL PETERSON RR MOSES GA BRUGGINK D COUSSEAU P ENGELSTAD RL LEE YM KHATER HY LOVELL EG MACFARLANE JJ MOGAHED EA RUTLEDGE S SAWAN ME SVIATOSLAVSKY IN WANG P WITTENBERG LJ
Citation: Gl. Kulcinski et al., EVOLUTION OF LIGHT-ION DRIVEN FUSION POWER-PLANTS LEADING TO THE LIBRA-SP DESIGN, Fusion technology, 26(3), 1994, pp. 849-856
A NEAR SYMMETRICALLY ILLUMINATED DIRECT-DRIVE LASER FUSION POWER-REACTOR - SIRIUS-P
Authors: SVIATOSLAVSKY IN KULCINSKI GL MOSES GA BRUGGINK D ENGELSTAD RL KHATER HY LARSEN EM LOVELL EG MACFARLANE JJ MOGAHED EA PETERSON RR SAWAN ME WANG P WITTENBERG LJ
Citation: In. Sviatoslavsky et al., A NEAR SYMMETRICALLY ILLUMINATED DIRECT-DRIVE LASER FUSION POWER-REACTOR - SIRIUS-P, Fusion technology, 26(3), 1994, pp. 868-872
ASSESSMENT OF FIRST WALL LIFETIME IN D-HE-3 AND D-T REACTORS WITH IMPACT ON REACTOR AVAILABILITY
Authors: SAWAN ME SVIATOSLAVSKY IN
Citation: Me. Sawan et In. Sviatoslavsky, ASSESSMENT OF FIRST WALL LIFETIME IN D-HE-3 AND D-T REACTORS WITH IMPACT ON REACTOR AVAILABILITY, Fusion technology, 26(3), 1994, pp. 1141-1145
IMPROVEMENT IN FUSION-REACTOR PERFORMANCE DUE TO ION CHANNELING
Authors: EMMERT GA ELGUEBALY LA KULCINSKI GL SANTARIUS JF SVIATOSLAVSKY IN MEADE DM
Citation: Ga. Emmert et al., IMPROVEMENT IN FUSION-REACTOR PERFORMANCE DUE TO ION CHANNELING, Fusion technology, 26(3), 1994, pp. 1158-1162
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