Rosch, F., et al., "Thermochromatographic Separation of .sup.94m Tc from Enriched Molybdenum Targets and its Large Scale Production for Nuclear Medical Application", Radiochimica Acta, 64 (2) :113-120 (1994). |
Levin, V., et al., "A Sublimation Generator For .sup.99m Tc", Radiochem. Radioanal Letters, 32 (2) :149 (1979). |
Zsinka, L., et al., "New, Portable Generator for the Sublimation of Technetium-99m", International Conference on Radiopharmaceuticals and Labelled Compounds, Toyko, Japan, pp. 95-106 (Oct. 24, 1984). |
Bremer, K., "Large-Scale Production and Distribution of Tc-99m Generators for Medical Use", Radiochimica Acta, 41:73-81 (1987). |
Boyd, R.E., "Technetium-99m Generators--The Available Options", Int. J. Appl. Radiat. Isot., 33:801-809 (1982). |
Molinski V. "A Review of .sup.99m Tc Generator Technology", Int. J. Appl. Radiat. Isot., 33:811-819 (1982). |
Boyd, R.E., "Molybdenum-99: Technetium-99m Generator", Radiochimica Acta, 30(3): 123-145 (1982). |
Colombetti, L., et al., "Study of the Purity of .sup.99m Tc Sublimed from Fission .sup.99 Mo and the Radiation Dose from the Impurities", Int. J. Appl. Radiat. Isot., 25:35-41 (1974). |
Tachimori, S., et al., "Diffusion of Tc-99m in Neutron Irradiated Molybdenum Trioxide and Its Application to Separation", Journal of Nuclear Science and Technology, 8 (6) :295-301 (Jun. 1971). |
Zsinka, L., ".sup.99m Tc Sublimation Generators", Radiochimica Acta, 41:91-96 (1987). |
Zsinka, L., et al., "Recent Development in the Sublimation Generator of .sup.99 Tc.sup.m ", Journal of Labelled Compounds and Radiopharmaceuticals, 19 (11-12) :1573-1574 (1982). |
Rusek, V., et al., "Thermal Separation of .sup.99m Tc from Molybdenum Trioxide. I. Separation of .sup.99m ", from Molybdenum Trioxide at Temperatures Below 650 .degree.C , Radiochem. Radioanal. Letters, 20 (1) 15:-22 (1974). |
Vlcek. J., et al., "Thermal Separation of .sup.99m Tc from Molybdenum Trioxide. II. Separation of .sup.99m Tc from Molybdenum Trioxide at Temperatures Above 650 .degree.C ", Radiochem. Radioanal. Letters, 20 (1) 23-31 (1974). |
Machan, V., et al., "Thermal Separation of .sup.99m Tc from Molybdenum Trioxide. III. Diffusion Separation of .sup.99m Tc from Molybdenum Trioxide from the Standpoint of Its Possible Use in Technetium Generator", Radiochem. Radionanal. Letters, 20 (1) : 33-40 (1974). |
Vlcek, J., et al., "Thermal Separation of .sup.99m Tc from Molybdenum Trioxide. IV. Diffusion of .sup.99m Tc from Molybdenum Trioxide: Application for Greater Amounts of MoO.sub.3 ", Radiochem. Radioanal. Letters, 25 (3) : 173-178 (1976). |
Rusek, V., et al., "Thermal Separation of .sup.99m Tc from Molybdenum Trioxide. V. Thermal Separation of .sup.99m Tc from Molybdenum Trioxide Using a Carrier-Gas", Radiochem. Radioanal. Letters, 25 (3) :179-186 (1976). |
Davydov, M., et al., "Preparation of .sup.99 Mo and .sup.99m Tc in Electron Accelerators", Translated from Radiokhimiya, 35 (5) :91-96 (Sept.-Oct. 1993). |
Saha, G. B., Fundamentals of Nuclear Pharmacy, Third Ed., New York, pp. 65-79 Springer-Verlag (1992). |
Helus, F., et al., "System for Routine Production of .sup.99m Tc by Thermal Separation Technique", J. Radiolabelled Compounds and Radiopharamaceuticals, 13 (2) :190 (1977). |
Hupf, H., et al., "Sublimation as a Separation System for Radionuclide Generators: Mo-99-Tc-99m, A Working Example", Southern Med. J., 64 (11) :1432 (Nov. 1971). |
Toren, D., et al., "Automatic Production of .sup.99m Tc for Pharmaceutical Use", J. Nuc. Med., 11 (6) :368-369 (1970). |