10 C.F.R. § 30 app B to Part 30

Current through October 31, 2024
Appendix B to Part 30 - Quantities [1] of Licensed Material Requiring Labeling

MaterialMicrocuries
Americium-241.01
Antimony-122100
Antimony-12410
Antimony-12510
Arsenic-73100
Arsenic-7410
Arsenic-7610
Arsenic-77100
Barium-13110
Barium-13310
Barium-14010
Bismuth-2101
Bromine-8210
Cadmium-10910
Cadmium-115m10
Cadmium-115100
Calcium-4510
Calcium-4710
Carbon-14100
Cerium-141100
Cerium-143100
Cerium-1441
Cesium-1311,000
Cesium-134m100
Cesium-1341
Cesium-13510
Cesium-13610
Cesium-13710
Chlorine-3610
Chlorine-3810
Chromium-511,000
Cobalt-58m10
Cobalt-5810
Cobalt-601
Copper-64100
Dysprosium-16510
Dysprosium-166100
Erbium-169100
Erbium-171100
Europium-152 9.2 h100
Europium-152 13 yr1
Europium-1541
Europium-15510
Fluorine-181,000
Gadolinium-15310
Gadolinium-159100
Gallium-7210
Germanium-71100
Gold-198100
Gold-199100
Hafnium-18110
Holmium-166100
Hydrogen-31,000
Indium-113m100
Indium-114m10
Indium-115m100
Indium-11510
Iodine-1251
Iodine-1261
Iodine-1290.1
Iodine-1311
Iodine-13210
Iodine-1331
Iodine-13410
Iodine-13510
Iridium-19210
Iridium-194100
Iron-55100
Iron-5910
Krypton-85100
Krypton-8710
Lanthanum-14010
Lutetium-177100
Manganese-5210
Manganese-5410
Manganese-5610
Mercury-197m100
Mercury-197100
Mercury-20310
Molybdenum-99100
Neodymium-147100
Neodymium-149100
Nickel-59100
Nickel-6310
Nickel-65100
Niobium-93m10
Niobium-9510
Niobium-9710
Osmium-18510
Osmium-191m100
Osmium-191100
Osmium-193100
Palladium-103100
Palladium-109100
Phosphorus-3210
Platinum-191100
Platinum-193m100
Platinum-193100
Platinum-197m100
Platinum-197100
Plutonium-239.01
Polonium-2100.1
Potassium-4210
Praseodymium-142100
Praseodymium-143100
Promethium-14710
Promethium-14910
Radium-226.01
Rhenium-186100
Rhenium-188100
Rhodium-103m100
Rhodium-105100
Rubidium-8610
Rubidium-8710
Ruthenium-97100
Ruthenium-10310
Ruthenium-10510
Ruthenium-1061
Samarium-15110
Samarium-153100
Scandium-4610
Scandium-47100
Scandium-4810
Selenium-7510
Silicon-31100
Silver-10510
Silver-110m1
Silver-111100
Sodium-2410
Strontium-8510
Strontium-891
Strontium-900.1
Strontium-9110
Strontium-9210
Sulphur-35100
Tantalum-18210
Technetium-9610
Technetium-97m100
Technetium-97100
Technetium-99m100
Technetium-9910
Tellurium-125m10
Tellurium-127m10
Tellurium-127100
Tellurium-129m10
Tellurium-129100
Tellurium-131m10
Tellurium-13210
Terbium-16010
Thallium-200100
Thallium-201100
Thallium-202100
Thallium-20410
Thorium (natural)1100
Thulium-17010
Thulium-17110
Tin-11310
Tin-12510
Tungsten-18110
Tungsten-18510
Tungsten-187100
Uranium (natural)2100
Uranium-233.01
Uranium-234-Uranium-235.01
Vanadium-4810
Xenon-131m1,000
Xenon-133100
Xenon-135100
Ytterbium-175100
Yttrium-9010
Yttrium-9110
Yttrium-92100
Yttrium-93100
Zinc-6510
Zinc-69m100
Zinc-691,000
Zirconium-9310
Zirconium-9510
Zirconium-9710
Any alpha emitting radionuclide not listed above or mixtures of alpha emitters of unknown composition.01
Any radionuclide other than alpha emitting radionuclides, not listed above or mixtures of beta emitters of unknown composition.1

1 Based on alpha disintegration rate of Th-232, Th-230 and their daughter products.

2 Based on alpha disintegration rate of U-238, U-234, and U-235.

10 C.F.R. 30 app B to Part 30

35 FR 6425, Apr. 22, 1970, as amended at 36 FR 16898, Aug. 26, 1971; 38 FR 29314, Oct. 24, 1973; 39 FR 23991, June 28, 1974; 45 FR 71763, Oct. 30, 1980. Redesignated at 56 FR 23391, May 21, 1991, and further redesignated at 58 FR 67659, Dec. 22, 1993

For purposes of § 20.303 , where there is involved a combination of isotopes in known amounts, the limit for the combination should be derived as follows: Determine, for each isotope in the combination, the ratio between the quantity present in the combination and the limit otherwise established for the specific isotope when not in combination. The sum of such ratios for all the isotopes in the combination may not exceed "1" (i.e., "unity").