Element | RNAA Procedure | Reference |
| | |
P | Separation of P based on ion chromatography followed by precipitation of
phosphorous compunds from the digested, irradiated sample and beta-counting fo 32P |
R. L. Paul, J. Radioanal. Nucl. Chem. 2000 (in press) |
Cu | Separation based on liquid-liquid extraction of Cu from digested, irradiated sample |
R. R. Greenberg, 1986, Analytical Chemistry 58, 2511-2516. |
Cd | Separation based on liquid-liquid extraction of CD from digested, irradiated sample |
R. R. Greenberg, R. Zeisler, H. M. Kingston, and T. M. Sullivan, 1988 Fresenius Zeitschrift fŸr Analytische Chemie 332, 652-656. |
Hg | Separation based on trapping volatilized Hg separated from an irradiated sample |
D. A. Becker, B. R. Norman, J. Radioanal. Nucl. Chem. in press |
organically bound Hg | Trapping volatilized organic mercury from an acidified sample onto cysteine loaded filter paper and NAA of filter paper |
E. A. Mackey, D. A. Becker, 1998, Analyst 123, 779-783. |
Cr | Separation based on liquid-liquid extraction of Cr from digested, irradiated sample |
R. R. Greenberg, R. Zeisler,1988, J. Radioanal. Nucl. Chem. Art., 124, 5-20. |
Pt | Separated based on precipitation from digested irradiated sample |
R. Zeisler, R. R. Greenberg, 1982, J. Radioanal. Nucl. Chem 75, 27-37. |
Sn | Separation based on liquid-liquid extraction of Sn from digested, irradiated sample |
R. R. Greenberg, 1986, Analytical Chemistry 58, 2511-2516. |
Ag, As, Cr, Mo, Sb, Se, Sn | Separation of a group of elements from the digested, irradiated sample onto hydrated manganese dioxide resin |
R. R. Greenberg, 1986, Analytical Chemistry 58, 2511-2516. |
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