Burnup calculations using serpent code in accelerator driven thorium reactors

References

1 Rubbia, C.: A realistic plutonium elimination scheme with fast energy amplifiers and thorium-plutonium fuel. Report, CERN/AT/95-53(ET), Cern (Switzerland) (1995)Search in Google Scholar

2 Lodhi, M. A. K.; Shubov, M.: Accelerator breeder reactors. Annals of Nuclear Energy36 (2009) 837–84310.1016/j.anucene.2009.01.005Search in Google Scholar

3 Bowman, C. D.; Arthur, E. D.; Lisowski, P. W.; Lawrence, G. P.; Jensen, R. J.; Anderson, J. L.; Blind, B.; Cappiello, M.; Davidson, J. W.; England, T. R.; Engel, L. N.; Haight, R. C.; Hughes, H. G.; Ireland, J. R.; Krakowski, R. A.; Labauve, R. J.; Letellier, B. C.; Perry, R. T.; Russell, G. J.; Staudhammer, K. P.; Versamis, G.; Wilson, W. B.: Nuclear energy generation and waste transmutation using an accelerator-driven intense thermal neutron source. Nuclear Instruments and Methods in Physics Research Section A320 (1992) 336–367Search in Google Scholar

4 Bowman, C. D.: Accelerator Driven Systems in Nuclear Energy: Role and Technical Approach. In Proc. of Topical Meeting on Nuclear Applications of Accelerator Technology, New Mexico November 16-20 (1997)Search in Google Scholar

5 Kikuchi, K.; Sasa, T.; Ishikura, S.; Mukugi, K.; Kai, T.; Ouchi, N.; Ioka, I.: Current status of JAERI spallation target material program. Journal of Nuclear Materials296 (2001) 34–42Search in Google Scholar

6 Mukaiyama, T.: Omega Programme in Japan and ADS development at JAERI. Proc. 3^rd Int. Conf. on Accelerator Driven Transmutation Technologies and Applications, Prague June 7-11 (1999)Search in Google Scholar

7 International Atomic Energy Agency: Thorium fuel cycle-potential benefits and challenges. IAEA-TECDOC-1450, (2005)Search in Google Scholar

8 Gokhale, P. A.; Deokattey, S.; Kumar, V.: Accelerator driven systems (ADS) for energy production and waste transmutation: International trends in R&D. Progress in Nuclear Energy48 (2006) 91–102Search in Google Scholar

9 Hashemi-Nezhad, S. R.; Brandt, R.; Westmeier, W.; Bamblevski, V. P.; Krivopustov, M. I.; Kulakov, B. A.; Sosnin, A. N.; Wan, J.-S.; Odoj, R.: Monte Carlo analysis of accelerator-driven systems: Studies on spallation neutron yield and energy gain. Kerntechnik66 (2001) 47Search in Google Scholar

10 Wider, H. U.; Karlsson, J.; Jones, A. V.: Passive Safety Approaches in Lead/Bismuth-cooled Accelerator Driven Systems. JK’2000 Jahrestagung Kerntechnik, Bonn, Germany (2000)Search in Google Scholar

11 Leray, S.; Borne, F.; Crespin, S.; Fréhaut, J.; Ledoux, X.; Martinez, E.; Patin, Y.; Petibon, E.; Pras, P.; Boudard, A.; Legrain, R.; Terrien, Y.; Brochard, F.; Drake, D.; Duchazeaubeneix, J. C.; Durand, J. M.; Meigo, S. I.; Milleret, G.; Whittal, D. M.; Wlazlo, W.; Durand, D.; Le Brun, C.; Lecolley, F. R.; Lecolley, J. F.; Lefebvres, F.; Louvel, M.; Varignon, C.; Hanappe, F.; Ménard, S.; Stuttge, L.; Thun, J.: Spallation neutron production by 0.8, 1.2 and 1.6 GeV protons on various targets. Physical Review C65 (2002) 044621Search in Google Scholar

12 Konobeev, A. Yu.; et al.: Study of Accelerator-Driven Reactor System. Kerntechnik64 (1999) 127Search in Google Scholar

13 Yasin, Z.; ShahzadM.I.: From conventional nuclear power reactors to accelerator-driven systems. Annals of Nuclear Energy37 (2010) 87–92Search in Google Scholar

14 Landau, D. P.; BinderK.: A Guide to Monte Carlo Simulations in Statistical Physics. Cambridge University press, Cambridge (2000)Search in Google Scholar

15 Leppänen, J.: On the use of the continuous-energy Monte Carlo method for lattice physics applications. In Proc. INAC 2009, Rio de Janeiro (Brazil) (2009)Search in Google Scholar

16 Leppänen, J.: VVER-440 Local power peaking experiment benchmark. Research report VTT-R-02688-07, VTT Technical Research Centre of Finland, Finland (2007)Search in Google Scholar

17 Leppänen, J.: PSG2/Serpent – a continuous-energy Monte Carlo reactor physics burnup calculation code. User’s Manual (2011)Search in Google Scholar

18 Cetnar, J.: General solution of Bateman equations for nuclear transmutations. Annals of Nuclear Energy33 (2006) 640–645Search in Google Scholar

19 Leppänen, J.; Pusa, M.: Burnup calculation capability in the PSG2/SERPENT Monte Carlo reactor physics code. International Conference on Mathematics, Computational Methods & Reactor Physics (M&C2009) Saratoga Springs, New York (2009)Search in Google Scholar

20 Pusa, M.; Leppänen, J.: Computing the matrix exponential in burnup calculations. Nuclear Science and Engineering164 (2010) 140–150Search in Google Scholar

21 Isotalo, A. E.; Aarnio, P. A.: Comparison of depletion algorithms for large systems of nuclides. Annals of Nuclear Energy38 (2011) 261–268Search in Google Scholar