VII. References
- Radiation Protection No. 43 - Radiological protection criteria for the recycling of materials from the dismantling of nuclear installations, Commission of the European Communities, Luxemburg (1988)
- S VOGLER, J JUNG, M J STEINDLER et al, Materials recycle and waste management in fusion power reactors - Progress Report for 1982, Argonne National Laboratory ANL/FPP/TM-163 (1983)
- G J BUTTERWORTH, “Activation characteristics and waste management options for some candidate tritium breeders”, J. Nucl. Mater. 184, 197 (1991)
- Kirk-Othmer Encyclopedia of Chemical Technology, 3rd ed., Wiley Interscience, New York (1979)
- J H MILES and G J BUTTERWORTH, “Management options for used lithium ceramic breeder materials”, paper presented at ICFRM-5, Clearwater, Florida, Nov 17-22 1991
- C R GOMER, D DULIEU, K W TUPHOLME and G J BUTTERWORTH, “The feasibility of recycling activated steel first wall/blanket materials from fusion reactors”, Fusion Engineering and Design 11, 423 (1990)
- M J PLEWS, A R DAVIES and G J BUTTERWORTH, “The cost-benefit of recycling low activity steels from fusion reactors”, Culham Laboratory Report CLM-R296 (1989)
- G J BUTTERWORTH, “Recycling of vanadium-based alloys”, Proc. IEA Workshop on Low Activation Materials, Culham, UK, 8-12 April 1991, EUR FU BRU/XII-6/91-MATIA 16, Vol.2
- Proc. Conf. on Electron Beam Melting and Refining - State of the Art 1990, Reno, Nevada, Oct 28-30 1990, Bakish Materials Corp., New Jersey (1990)
- The Economics of Tungsten, Roskill Information Services, London, 1986
- The Economics of Rhenium, Roskill Information Services, London, 1986
- S W H YIH and C T WANG, “Tungsten Sources, Metallurgy, Properties and Applications”, Plenum Press, New York (1979)