<--- Back to Details
First PageDocument Content
Actinides / Thorium / Nuclear reactors / Beryllium moderated reactors / Molten salt reactor / Liquid fluoride thorium reactor / Molten-Salt Reactor Experiment / Alvin M. Weinberg / FLiBe / Nuclear technology / Nuclear physics / Energy
Date: 2013-08-23 13:15:34
Actinides
Thorium
Nuclear reactors
Beryllium moderated reactors
Molten salt reactor
Liquid fluoride thorium reactor
Molten-Salt Reactor Experiment
Alvin M. Weinberg
FLiBe
Nuclear technology
Nuclear physics
Energy

Microsoft Word - Portadas.docx

Add to Reading List

Source URL: www.formatex.info

Download Document from Source Website

File Size: 1,23 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