References
- “Final Storage of Spent Nuclear Fuel,” KBS-3, Vol. I-12. P. BENES and V. MAJER, Trace Chemistry of Aque-IV, Nuclear Fuel Safety Project, Stockholm (1983).ous Solutions, Chap. 11: 2, Academia Prague (1982).
- I. NERETNIEKS, T. E. ERIKSEN and P. TÁHTINEN, “Tracer Movement in a Single Fissure in Granitic Rock: Some Experimental Results and Their Interpretation,” Water Res., 18, 4, 849 (1982).
- T. E. ERIKSEN, “Radionuclide Transport in a Single Fissure. A Laboratory Study,” KBS TR 83-01, Nuclear Fuel Safety Project, Stockholm (1983).
- T. E. ERIKSEN, “Radionuclide Transport in a Single Fissure. A Laboratory Study of Am, Np and Tc,” KBS TR 84-01, Nuclear Fuel Safety Project, Stockholm (1984).
- R. FAITOR, D. ISHERWOOD, E. RABER and T. VANDERGRAAF, “Laboratory Studies of Radionuclide Transport in Fractured Granite,” UCRL-53308, Lawrence Livermore National Laboratory (1982).
- B. ALLARD and G. W. BEALL, “Sorption of Americium on Geological Media,” J. Environ. Sci. Health, A14, 507 (1979).
- B. ALLARD, “Sorption of Actinides in Granitix Rock,” KBS TR 82-21, Nuclear Fuel Safety Project, Stockholm (1982).
- B. ALLARD et al., “Sorption Behaviour of Well Defined Oxidation States,” KBS TR 83-61, Nuclear Fuel Safety Project, Stockholm (1983).
- T. VANDERGRAAF and D. R. M. ABRY, “Radionuclide Sorption on Drill Core Material from the Canadian Shield,” Nucl. Technol., 57, 399 (1982).
- J. M. COULSON and J. F. RICHARDSON, Chemical Engineering, Vol. 2, p. 909, Pergamon Press, Inc., Elmsford, New York (1959).
- T. E. ERIKSEN and A. JACOBSSON, work in progress.
- P. BENES and V. MAJER, Trace Chemistry of Aqueous Solutions, Chap. 11: 2, Academia Prague (1982).