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Results: 1-21 |
Results: 21
DESIGN STUDIES OF HELICAL-TYPE FUSION-REACTOR FFHR
Authors: SAGARA A MOTOJIMA O IMAGAWA S MITARAI O NODA T UDA T WATANABE K YAMANISHI H CHIKARAISHI H KOHYAMA A MATSUI H MUROGA T NODA N OHYABU N SATOW T SHISHKIN AA SZE DK SUZUKI A TANAKA S TERAI T YAMAZAKI K YAMAMOTO J
Citation: A. Sagara et al., DESIGN STUDIES OF HELICAL-TYPE FUSION-REACTOR FFHR, Fusion engineering and design, 41, 1998, pp. 349-355
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
MOLTEN-SALTS IN FUSION NUCLEAR TECHNOLOGY
Authors: MORIYAMA H SAGARA A TANAKA S MOIR RW SZE DK
Citation: H. Moriyama et al., MOLTEN-SALTS IN FUSION NUCLEAR TECHNOLOGY, Fusion engineering and design, 39-4, 1998, pp. 627-637
TRITIUM PROCESSING SYSTEM FOR THE ITER LI V BLANKET TEST MODULE/
Authors: SZE DK HUA TQ DAGHER MA WAGANER LM ABDOU MA
Citation: Dk. Sze et al., TRITIUM PROCESSING SYSTEM FOR THE ITER LI V BLANKET TEST MODULE/, Fusion engineering and design, 39-4, 1998, pp. 859-864
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
CONFIGURATION AND ENGINEERING DESIGN OF THE ARIES-RS TOKAMAK POWER-PLANT
Authors: TILLACK MS MALANG S WAGANER L WANG XR SZE DK ELGUEBALY L WONG CPC CROWELL JA MAU TK BROMBERG L
Citation: Ms. Tillack et al., CONFIGURATION AND ENGINEERING DESIGN OF THE ARIES-RS TOKAMAK POWER-PLANT, Fusion engineering and design, 38(1-2), 1997, pp. 87-113
ARIES-RS DIVERTOR SYSTEM SELECTION AND ANALYSIS
Authors: WONG CPC CHIN E PETRIE TW REIS EE TILLACK M WANG X SVIATOSLAVSKY I MALANG S SZE DK
Citation: Cpc. Wong et al., ARIES-RS DIVERTOR SYSTEM SELECTION AND ANALYSIS, Fusion engineering and design, 38(1-2), 1997, pp. 115-137
DEVELOPMENT OF FUSION POWER SEEN AS ESSENTIAL TO WORLDS ENERGY FUTURE- CRITICS RESPOND
Authors: NAJMABADI F TILLACK M WAGANER L JARDIN S WONG C SZE DK ELGUEBALY L BROMBERG L
Citation: F. Najmabadi et al., DEVELOPMENT OF FUSION POWER SEEN AS ESSENTIAL TO WORLDS ENERGY FUTURE- CRITICS RESPOND, Physics today, 50(5), 1997, pp. 13
FUSION-REACTOR MATERIALS SELECTION BASED ON RECENT PROGRESS
Authors: MATSUI H MOTOJIMA O SAGARA A MUROGA T KOHYAMA A TANAKA S TERAI T SZE DK
Citation: H. Matsui et al., FUSION-REACTOR MATERIALS SELECTION BASED ON RECENT PROGRESS, Fusion technology, 30(3), 1996, pp. 1293-1298
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
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
TRITIUM RECOVERY FROM LITHIUM, BASED ON A COLD TRAP
Authors: SZE DK MATTAS RF ANDERSON J HAANGE R YOSHIDA H KVETON O
Citation: Dk. Sze et al., TRITIUM RECOVERY FROM LITHIUM, BASED ON A COLD TRAP, Fusion engineering and design, 28, 1995, pp. 220-225
TRITIUM RECOVERY FROM LIQUID-METALS
Authors: MORIYAMA H TANAKA S SZE DK REIMANN J TERLAIN A
Citation: H. Moriyama et al., TRITIUM RECOVERY FROM LIQUID-METALS, Fusion engineering and design, 28, 1995, pp. 226-239
FUSION NUCLEAR TECHNOLOGY AND MATERIALS - STATUS AND RESEARCH-AND-DEVELOPMENT NEEDS
Authors: TILLACK M SHARAFAT S YOUSSEF M HERRING S MALANG S SZE DK
Citation: M. Tillack et al., FUSION NUCLEAR TECHNOLOGY AND MATERIALS - STATUS AND RESEARCH-AND-DEVELOPMENT NEEDS, Fusion engineering and design, 25(1-3), 1994, pp. 21-34
RECENT DESIGNS FOR ADVANCED FUSION-REACTOR BLANKETS
Authors: SZE DK
Citation: Dk. Sze, RECENT DESIGNS FOR ADVANCED FUSION-REACTOR BLANKETS, Fusion technology, 26(3), 1994, pp. 1061-1068
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
THE TITAN-I REVERSED-FIELD-PINCH FUSION-POWER-CORE DESIGN
Authors: NAJMABADI F WONG CPC GROTZ SP SCHULTZ KR CHENG ET COOKE PIH CREEDON RL GHONIEM NM KRAKOWSKI RA HASAN MZ MARTIN RC BLANCHARD JP SHARAFAT S STEINER D SZE DK DUGGAN WP ORIENT GO
Citation: F. Najmabadi et al., THE TITAN-I REVERSED-FIELD-PINCH FUSION-POWER-CORE DESIGN, Fusion engineering and design, 23(2-3), 1993, pp. 81-98
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
THE TITAN-II REVERSED-FIELD-PINCH FUSION-POWER-CORE DESIGN
Authors: WONG CPC GROTZ SP NAJMABADI F BLANCHARD JP CHENG ET COOKE PIH CREEDON RL GHONIEM NM GIERSZEWSKI PJ HASAN MZ MARTIN RC SCHULTZ KR SHARAFAT S STEINER D SZE DK
Citation: Cpc. Wong et al., THE TITAN-II REVERSED-FIELD-PINCH FUSION-POWER-CORE DESIGN, Fusion engineering and design, 23(2-3), 1993, pp. 173-200
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
Risultati: 1-21 |