References
- M. C. EDLUND, “High Conversion Ratio Plutonium Recycle in Pressurized Water Reactors,” Ann. Nucl. Energy, 2, 801 (1975).
- R. BROGLI, M. JERMANN, H. KOHL, H. LUCHSINGER, C. MAEDER, R. RICHMOND, J. STEPANEK, G. VARADI, and E. ZOLLINGER, “Studie zum Potential Fortgeschrittener Druckwasserreaktoren,” Internal Report, Swiss Federal Institute for Reactor Research (1982).
- W. OLDEKOP, H. D. BERGER, and W. ZEGGEL, “General Features of Advanced Pressurized Water Reactors with Improved Fuel Utilization,” Nucl. Technol., 59, 212 (1982).
- J. P. MILLOT, “Considerations sur les réacteurs PWR sous-modérés,” Rev. Gén. Nucl. – Actualités, 4, 405 (1982).
- H. D. BERGER, A. W. ROWE, C. BROEDERS, and M. SCHATZ, “Überprüfung der Berechnungsverfahren für enge Reaktorgitter von Fortschrittlichen Druckwasserreaktoren an experimentellen Anordnungen,” KfK-3389, Kernforschungszentrum Karlsruhe (1982).
- R. CHAWLA, “Breakdown of the k∞ Void Coefficient of a LWHCR Lattice,” Atomkernenergie, 37, 303 (1981).
- R. CHAWLA, K. GMÜR, H. HAGER, and R. SEILER, “Reactivity and Reaction Rate Ratio Changes with Moderator Voidage in a Light Water High Converter Reactor Lattice,” Nucl. Technol., 67, 360 (1984).
- J. R. ASKEW, F. J. FAYERS, and P. B. KEMSHELL, “A General Description of the Lattice Code WIMS,” J. Brit. Nucl. Energy Soc., 5, 564 (1966).
- C. J. TAUBMAN, “The WIMS 69-Group Library Tape 166259,” AEEW-M1324, U.K. Atomic Energy Authority, Winfrith (1975).
- “Advanced Recycle Methodology Program (ARMP), System Documentation,” Internal Report, Electric Power Research Institute (1977).
- E. HETTERGOTT, R. CHAWLA, and K. GMÜR, “Analysis of Test Lattice Experiments in the Light-Water-High-Conversion-Reactor PROTEUS,” EPRI-NP-3190, Electric Power Research Institute (1983).
- C. MAEDER and J. M. PARATTE, “Calculation of LWR Fuel Elements Containing Burnable Poisons and Plutonium,” Trans. Am. Nucl. Soc., 20, 359 (1979).