<--- Back to Details
First PageDocument Content
Fluorides / Lithium compounds / Fusion reactors / Tokamaks / Beryllium moderated reactors / Plasma / ITER / FLiBe / Insulator / Chemistry / Physics / Nuclear technology
Date: 2004-11-19 17:11:13
Fluorides
Lithium compounds
Fusion reactors
Tokamaks
Beryllium moderated reactors
Plasma
ITER
FLiBe
Insulator
Chemistry
Physics
Nuclear technology

Benefits of of Radial Radial Build Build Benefits Minimization and

Add to Reading List

Source URL: aries.ucsd.edu

Download Document from Source Website

File Size: 3,46 MB

Share Document on Facebook

Similar Documents

Fluorides / Nuclear reactors / Beryllium moderated reactors / Lithium compounds / Molten-Salt Reactor Experiment / Molten salt reactor / FLiBe / Pebble bed reactor / Beryllium fluoride / Nuclear technology / Nuclear physics / Energy technology

http://localhost/e-news/e-news-48/TMP1p9oioy6qk.htm

DocID: 1gti6 - View Document

Fusion reactors / Astrophysics / Plasma / Plasma physics / Sputtering / Tokamak / Lithium / FLiBe / Lithium Tokamak Experiment / Chemistry / Physics / Matter

APEX Interim Report - Executive Summary for Chapter 12 Executive Summary of Plasma-Interface Issues and Edge Modeling (Sec. 12) A crucial issue for the use of liquid walls in fusion systems is their impact on the perform

DocID: 1asKJ - View Document

Alternative energy / Fusion power / FLiBe / Heat exchanger / Coolant / Stellarator / Lead-bismuth eutectic / Nuclear technology / Nuclear physics / Beryllium moderated reactors

ATTRACTIVE DESIGN APPROACHES FOR A COMPACT STELLARATOR POWER PLANT A.R. Raffray1, L. El-Guebaly2, S. Malang3, X. Wang4, and the ARIES Team 1 Mechanical and Aerospace Engineering Department and Center for Energy Researc

DocID: 17ieW - View Document

Alternative energy / Fusion power / FLiBe / Heat exchanger / Coolant / Stellarator / Lead-bismuth eutectic / Nuclear technology / Nuclear physics / Beryllium moderated reactors

ATTRACTIVE DESIGN APPROACHES FOR A COMPACT STELLARATOR POWER PLANT A.R. Raffray1, L. El-Guebaly2, S. Malang3, X. Wang4, and the ARIES Team 1 Mechanical and Aerospace Engineering Department and Center for Energy Researc

DocID: 178xF - View Document

Nuclear physics / Fusion power / Stellarator / FLiBe / Wendelstein 7-X / Plasma / Nuclear fusion / ITER / Tokamak / Fusion reactors / Physics / Nuclear technology

BENEFITS OF RADIAL BUILD MINIMIZATION AND REQUIREMENTS IMPOSED ON ARIES COMPACT STELLARATOR DESIGN L. El-Guebaly1, R. Raffray2, S. Malang3, J.F. Lyon4, L.P. Ku5, and the ARIES Team 1 2

DocID: 16Vhy - View Document