Proceedings of the international conference on design and safety of advanced nuclear power
plants, ANP-92, vol 2, Tokyo, October 25–29
8. Takeda T, Narabayashi H, Hirokawa N (1998) Interpretation of transmutation rates of minor
actinides in thermal and fast reactors. Ann Nucl Energy 25(9):653–665
9. Takeda T, Umano T (1985) Burnup sensitivity analysis in a fast breeder reactor. Part I:
Sensitivity calculation method with generalized perturbation theory. Nucl Sci Eng 91:1–10
10. Takeda T, Asano K, Kitada T (2006) Sensitivity analysis based on transport theory. J Nucl Sci
Technol 43(7):743–749
11. Nakano M, Takeda T, Takano H (1987) Sensitivity analysis of cell neutronics parameters in
high-conversion light-water reactors. J Nucl Sci Technol 24(8):610–620
12. Foad B, Takeda T (2014) Importance of self-shielding for improving sensitivity coefficients in
light water reactors. Ann Nucl Energy 63:417–426
13. Takeda T, Yoshimura A, Kamei T, Shirakata K (1989) Prediction uncertainty evaluation
method of core performance parameters in large liquid-metal fast breeder reactors. Nucl Sci
Eng 103:157–165
14. Takeda T, Kamei T (1991) Uncertainty evaluation of burnup properties of large fast reactors
using data adjustment method. Nucl Sci Eng 28(4):275–284
196
T. Takeda et al.
plants, ANP-92, vol 2, Tokyo, October 25–29
8. Takeda T, Narabayashi H, Hirokawa N (1998) Interpretation of transmutation rates of minor
actinides in thermal and fast reactors. Ann Nucl Energy 25(9):653–665
9. Takeda T, Umano T (1985) Burnup sensitivity analysis in a fast breeder reactor. Part I:
Sensitivity calculation method with generalized perturbation theory. Nucl Sci Eng 91:1–10
10. Takeda T, Asano K, Kitada T (2006) Sensitivity analysis based on transport theory. J Nucl Sci
Technol 43(7):743–749
11. Nakano M, Takeda T, Takano H (1987) Sensitivity analysis of cell neutronics parameters in
high-conversion light-water reactors. J Nucl Sci Technol 24(8):610–620
12. Foad B, Takeda T (2014) Importance of self-shielding for improving sensitivity coefficients in
light water reactors. Ann Nucl Energy 63:417–426
13. Takeda T, Yoshimura A, Kamei T, Shirakata K (1989) Prediction uncertainty evaluation
method of core performance parameters in large liquid-metal fast breeder reactors. Nucl Sci
Eng 103:157–165
14. Takeda T, Kamei T (1991) Uncertainty evaluation of burnup properties of large fast reactors
using data adjustment method. Nucl Sci Eng 28(4):275–284
196
T. Takeda et al.