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Nuclear physics / Tokamaks / Alternative energy / Fusion power / Stellarator / Plasma / Heat exchanger / ITER / Heat transfer / Fusion reactors / Physics / Nuclear technology


ENGINEERING DESIGN AND ANALYSIS OF THE ARIES-CS POWER PLANT A. R. RAFFRAY, a * L. EL-GUEBALY,b S. MALANG,c X. R. WANG,a L. BROMBERG,d T. IHLI,e B. MERRILL,f L. WAGANER,g and ARIES-CS TEAM a Center
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Document Date: 2008-09-23 13:02:56

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File Size: 1,88 MB

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City

Madison / Linkenheim / Idaho Falls / Jolla / Cambridge / St. Louis / /

Company

The Boeing Company / Idaho National Laboratory / /

Country

Germany / United States / /

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Facility

POWER PLANT PARAMETERS II.A / port ARIES-CS ENGINEERING DESIGN / Fusion Technology Institute / Fusion Center / University of California / University of Wisconsin / /

IndustryTerm

ferritic steel divertor design / steel interface temperature / ferritic steel structure ~including / ferritic steel modular blanket concept / energy multiplication factor / liquid metal loop / bank / liquid metal / ferritic steel structure / ferritic steel / maintenance equipment / liquid metal flow / steel structure / energy / /

NaturalFeature

He inlet / /

Organization

Center for Energy Research / MIT Plasma Science and Fusion Center / US Federal Reserve / U.S. Securities and Exchange Commission / Fusion Technology Institute / University of Wisconsin / University of California / San Diego / /

Person

Fliederweg / /

Position

guard / Consultant / candidate for ITER ~Ref / /

ProvinceOrState

Missouri / Wisconsin / California / Massachusetts / Idaho / /

Technology

alpha / radiation / 728 FUSION SCIENCE AND TECHNOLOGY / FUSION SCIENCE AND TECHNOLOGY / 3-D / mass 734 FUSION SCIENCE AND TECHNOLOGY / 730 FUSION SCIENCE AND TECHNOLOGY / heat transfer / understanding FUSION SCIENCE AND TECHNOLOGY / rraffray@ucsd.edu FUSION SCIENCE AND TECHNOLOGY / Thermal insulation / 726 FUSION SCIENCE AND TECHNOLOGY / CAD / /

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