ConnR.W., “Status and Prospects for Fusion energy from Magnetically Confined Plasmas”, Energy23, (1998) 649–696.
6.
NajmabadiF., “Prospects for Attractive Fusion Power Systems”, Phil. Trans. Royal Society, 357 (1999), 625–638.
7.
NajmabadiF., “Overview of the ARIES-AT Advanced Tokamak Advanced Technology Power Plant”, submitted to Fusion Engineering and Design.
8.
NajmabadiF., “Overview of the ARIES-RS Reversed Shear Tokamak Power Plant Study”, Fusion Engineering & Design38, (1997) 3–25. Also see the other ARIES-AS paper in the same issue.
9.
GiancarliL., “Overview of the EU Activities on DEMO Liquid Metal Breeder Blankets”, Fusion Engineering & Design27, (1995) 337–352.
10.
NajmabadiF., “Assessment of the Spherical Tokamak Concept of a Fusion Power Plant – the ARIES-ST Study”, Proc. Of 17 th Int. Conf. On Plamsa Physics and Controlled Nuclear Fusion Research, Yokohama, Japan (Oct. 1998), International Atomic Energy Agency, Vienna.
11.
MoirR.W., “HYLIFE-II: A Molten Salt Inertial Fusion Energy Power Plant Design Final Report,”Fusion Technology25 (1994) 5.
12.
MeierW.R., “Osiris and Sombrero Inertial Fusion Power Plant Designs – Summary, Conclusions, and Recommendations,”Fusion Engineering and Design, 25, (1994) 145.
SheffieldJ.“A Study of Otions for the Deployment of Large Fusion Power Plants”Joint Institute for Energy and Environment, University of Tennessee, report JIEE-2000-06. 2000, see www.jiee.org, and accepted for publiction in Fusion Technology.
15.
DeleneJ.G., “An Assessment of the Economics of Future Electric Power Generation Options and the Implications for Fusion – Revision 1”, Oak Ridge National Laboratory report ORNL/TM-1999/243/R1, and accepted for publication in Fusion Technology.
16.
Waganer, L., and the ARIES Team, “Assessments of Markets and Customers for Fusion Applications,”17 th IEEE/NPSS Symposium on Fusion Engineering, San Diego, California, October 6–9, 1997, and updates.
17.
LoganB.G.., “Requirements for Low-cost Electricity and Hydrogen Fuel Production from Multiunit Inertial Fusion Energy Plants with a Shared Driver and Target Factory.”Fusion Technology, Nov., 1995, V28 (N4): 1674–1696.
18.
“Global Energy Perspectives World Energy Council Internationals Institute for Applied Systems Analysis”, Edited by NakicenovicNebojsaGrüblerArnulf, and McDonaldAlan, Cambridge University Press, Cambridge, United Kingdom (1998).
19.
SchmidtJ.A., “U. S. Fusion Energy Future,”Fusion Technology, to be published.
20.
El-GuebalyL., “Nuclear performance assessment for ARIES-AT,”Journal of Fusion Engineering and Design, to be published.