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Results: 1-16 |
Results: 16
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
PHYSICS BASIS FOR A REVERSED SHEAR TOKAMAK POWER-PLANT
Authors: JARDIN SC KESSEL CE BATHKE CG EHST DA MAU TK NAJMABADI F PETRIE TW
Citation: Sc. Jardin et al., PHYSICS BASIS FOR A REVERSED SHEAR TOKAMAK POWER-PLANT, Fusion engineering and design, 38(1-2), 1997, pp. 27-57
SYSTEMS-ANALYSIS IN SUPPORT OF THE SELECTION OF THE ARIES-RS DESIGN POINT
Authors: BATHKE CG
Citation: Cg. Bathke, SYSTEMS-ANALYSIS IN SUPPORT OF THE SELECTION OF THE ARIES-RS DESIGN POINT, Fusion engineering and design, 38(1-2), 1997, pp. 59-86
TRADEOFFS BETWEEN IMPROVED PERFORMANCE AND INCREASED COST OF ADVANCEDMATERIALS IN COMMERCIAL POWER-PLANTS
Authors: TILLACK MS MILLER RL BATHKE CG ELGUEBALY LA
Citation: Ms. Tillack et al., TRADEOFFS BETWEEN IMPROVED PERFORMANCE AND INCREASED COST OF ADVANCEDMATERIALS IN COMMERCIAL POWER-PLANTS, Fusion technology, 30(3), 1996, pp. 1594-1598
A SYSTEMS ASSESSMENT OF THE 5 STARLITE TOKAMAK POWER-PLANTS
Authors: BATHKE CG
Citation: Cg. Bathke, A SYSTEMS ASSESSMENT OF THE 5 STARLITE TOKAMAK POWER-PLANTS, Fusion technology, 30(3), 1996, pp. 1636-1640
COST-EFFECTIVE SHIELD DESIGNS FOR ENVIRONMENTALLY ATTRACTIVE FUSION POWER-PLANTS
Authors: ELGUEBALY LA BATHKE CG
Citation: La. Elguebaly et Cg. Bathke, COST-EFFECTIVE SHIELD DESIGNS FOR ENVIRONMENTALLY ATTRACTIVE FUSION POWER-PLANTS, Fusion technology, 30(3), 1996, pp. 1058-1062
ENERGY CONFINEMENT AND FUTURE REVERSED-FIELD PINCHES
Authors: WERLEY KA DIMARCO JN KRAKOWSKI RA BATHKE CG
Citation: Ka. Werley et al., ENERGY CONFINEMENT AND FUTURE REVERSED-FIELD PINCHES, Nuclear fusion, 36(5), 1996, pp. 629-642
USING THE SHIELD FOR THERMAL-ENERGY STORAGE IN PULSAR
Authors: SAGER GT SZE DK WONG CPC BATHKE CG BLANCHARD JP BRIMER C CHENG ET ELGUEBALY LA HASAN MZ NAJMABADI F SHARAFAT S SVIATOSLAVSKI IN WAGANER L
Citation: Gt. Sager et al., USING THE SHIELD FOR THERMAL-ENERGY STORAGE IN PULSAR, Fusion engineering and design, 29, 1995, pp. 43-50
DESIGN OF POLOIDAL FIELD SYSTEMS FOR TF COIL SHEAR MINIMIZATION
Authors: BROMBERG L BATHKE CG KESSEL C TITUS P
Citation: L. Bromberg et al., DESIGN OF POLOIDAL FIELD SYSTEMS FOR TF COIL SHEAR MINIMIZATION, Fusion technology, 26(3), 1994, pp. 473-477
STARTUP AND SHUTDOWN OF THE PULSAR TOKAMAK REACTOR
Authors: WERLEY KA BATHKE CG
Citation: Ka. Werley et Cg. Bathke, STARTUP AND SHUTDOWN OF THE PULSAR TOKAMAK REACTOR, Fusion technology, 26(3), 1994, pp. 582-587
LESSONS LEARNED FROM THE TOKAMAK ADVANCED REACTOR INNOVATION AND EVALUATION STUDY (ARIES)
Authors: KRAKOWSKI RA BATHKE CG MILLER RL WERLEY KA
Citation: Ra. Krakowski et al., LESSONS LEARNED FROM THE TOKAMAK ADVANCED REACTOR INNOVATION AND EVALUATION STUDY (ARIES), Fusion technology, 26(3), 1994, pp. 1111-1118
A COMPARISON OF STEADY-STATE ARIES AND PULSED PULSAR TOKAMAK POWER-PLANTS
Authors: BATHKE CG
Citation: Cg. Bathke, A COMPARISON OF STEADY-STATE ARIES AND PULSED PULSAR TOKAMAK POWER-PLANTS, Fusion technology, 26(3), 1994, pp. 1163-1168
INTRODUCTION AND SYNOPSIS OF THE TITAN REVERSED-FIELD-PINCH FUSION-REACTOR STUDY
Authors: NAJMABADI F CONN RW KRAKOWSKI RA SCHULTZ KR STEINER D BARTLIT JR BATHKE CG BLANCHARD JP CHENG ET CHU YY COOKE PIH CREEDON RL DUGGAN WP GIERSZEWSKI PJ GHONIEM NM GROTZ SP HASAN MZ HOOT CG KELLEHER WP KESSEL CE KEVTON OK MARTIN RC MILLER RL PRINJA AK ORIENT GO SHARAFAT S VOLD EL WERLEY KA WONG CPC SZE DK
Citation: F. Najmabadi et al., INTRODUCTION AND SYNOPSIS OF THE TITAN REVERSED-FIELD-PINCH FUSION-REACTOR STUDY, Fusion engineering and design, 23(2-3), 1993, pp. 69-80
MATERIALS ANALYSIS OF THE TITAN-I REVERSED-FIELD-PINCH FUSION POWER CORE
Authors: SHARAFAT S GHONIEM NM COOKE PIH MARTIN RC NAJMABADI F SCHULTZ KR WONG CPC BARTLIT JR BATHKE CG BLANCHARD JP CHENG ET CHU YY COOKE PIH CREEDON RL DUGGAN WP GIERSZEWSKI PJ GHONIEM NM GROTZ SP HASAN MZ HOOT CG KELLEHER WP KESSEL CE KEVTON OK MARTIN RC MILLER RL PRINJA AK ORIENT GO SHARAFAT S VOLD EL WERLEY KA WONG CPC SZE DK
Citation: S. Sharafat et al., MATERIALS ANALYSIS OF THE TITAN-I REVERSED-FIELD-PINCH FUSION POWER CORE, Fusion engineering and design, 23(2-3), 1993, pp. 99-113
THERMAL-HYDRAULIC AND STRUCTURAL DESIGN OF THE TITAN-I REVERSED-FIELD-PINCH FUSION POWER CORE
Authors: HASAN MZ GHONIEM NM BLANCHARD JP BARTLIT JR BATHKE CG BLANCHARD JP CHENG ET CHU YY COOKE PIH CREEDON RL DUGGAN WP GIERSZEWSKI PJ GHONIEM NM GROTZ SP HASAN MZ HOOT CG KELLEHER WP KESSEL CE KEVTON OK MARTIN RC MILLER RL PRINJA AK ORIENT GO SHARAFAT S VOLD EL WERLEY KA WONG CPC SZE DK
Citation: Mz. Hasan et al., THERMAL-HYDRAULIC AND STRUCTURAL DESIGN OF THE TITAN-I REVERSED-FIELD-PINCH FUSION POWER CORE, Fusion engineering and design, 23(2-3), 1993, pp. 115-132
MATERIALS SELECTION CRITERIA AND PERFORMANCE ANALYSIS FOR THE TITAN-II REVERSED-FIELD-PINCH FUSION POWER CORE
Authors: SHARAFAT S GHONIEM NM COOKE PIH MARTIN RC NAJMABADI F SCHULTZ KR WONG CPC BARTLIT JR BATHKE CG BLANCHARD JP CHENG ET CHU YY COOKE PIH CREEDON RL DUGGAN WP GIERSZEWSKI PJ GHONIEM NM GROTZ SP HASAN MZ HOOT CG KELLEHER WP KESSEL CE KEVTON OK MARTIN RC MILLER RL PRINJA AK ORIENT GO SHARAFAT S VOLD EL WERLEY KA WONG CPC SZE DK
Citation: S. Sharafat et al., MATERIALS SELECTION CRITERIA AND PERFORMANCE ANALYSIS FOR THE TITAN-II REVERSED-FIELD-PINCH FUSION POWER CORE, Fusion engineering and design, 23(2-3), 1993, pp. 201-217
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