Rad Data Handbook 20.. - Voss Associates

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Progeny kev and % abundance 134 I 134 Xe - 1280 (32.5), 1560 (16.3), 1800 (11.2), 2420 (11.5) 847 (95.41), 884 (65.3),1073 (15.3) Xe x-rays 4 (0.17), 29 (0.43), 30 (0.8), 34 (0.3) 135 I 135 Xe - 920 (8.7), 1030 (21.8), 1450 (23.6) 1132 (22.5), 1260 (28.6), 1678 (9.5) Xe x-rays 30 (0.127) 137 Cs 137m Ba - 512 (94.6), 1173 (5.4) 137m Ba 137 Ba IT 662 (89.98) Ba x-rays 5 (1), 32 (5.89), 36 (1.39) 140 Ba 140 La - 454 (26), 991 (37.4), 1005 (22) 30 (14), 163 (6.7), 537 (25) La x-rays 5 (15), 33 (1.51), 38 (0.36) 140 La 140 Ce - 1239 (11.11), 1348 (44.5), 1677 (20.7) 329 (20.5), 487 (45.5), 816 (23.5) Ce x-rays 5 (0.25), 34 (0.47), 35 (0.9), 39 (0.9) 148 Gd 144 Sm 3180 (100) 192 Ir 192 Pt - 256 (5.65), 536 (41.4), 672 (48.3) 296 (29.02), 308 (29.68), 317 (82.85), 468 (48.1) Pt x-rays 9 (4.1), 65 (2.6), 67 (4.5), 76 (1.97) 192 Os EC (4.69%) 206 (3.29), 374 (0.73), 485 (3.16) Os x-rays 9 (1.46), 61 (1.1), 63 (1.96), 71 (0.8) 204 Tl 204 - Pb 763 (97.42) 204 Hg EC (2.58) Hg x-rays 10 (0.8), 69 (0.4), 71 (0.7), 80 (0.3) 206 Tl 206 - Pb 1520 (100) Progeny kev and % abundance 134 I 134 Xe - 1280 (32.5), 1560 (16.3), 1800 (11.2), 2420 (11.5) 847 (95.41), 884 (65.3),1073 (15.3) Xe x-rays 4 (0.17), 29 (0.43), 30 (0.8), 34 (0.3) 135 I 135 Xe - 920 (8.7), 1030 (21.8), 1450 (23.6) 1132 (22.5), 1260 (28.6), 1678 (9.5) Xe x-rays 30 (0.127) 137 Cs 137m Ba - 512 (94.6), 1173 (5.4) 137m Ba 137 Ba IT 662 (89.98) Ba x-rays 5 (1), 32 (5.89), 36 (1.39) 140 Ba 140 La - 454 (26), 991 (37.4), 1005 (22) 30 (14), 163 (6.7), 537 (25) La x-rays 5 (15), 33 (1.51), 38 (0.36) 140 La 140 Ce - 1239 (11.11), 1348 (44.5), 1677 (20.7) 329 (20.5), 487 (45.5), 816 (23.5) Ce x-rays 5 (0.25), 34 (0.47), 35 (0.9), 39 (0.9) 148 Gd 144 Sm 3180 (100) 192 Ir 192 Pt - 256 (5.65), 536 (41.4), 672 (48.3) 296 (29.02), 308 (29.68), 317 (82.85), 468 (48.1) Pt x-rays 9 (4.1), 65 (2.6), 67 (4.5), 76 (1.97) 192 Os EC (4.69%) 206 (3.29), 374 (0.73), 485 (3.16) Os x-rays 9 (1.46), 61 (1.1), 63 (1.96), 71 (0.8) 204 Tl 204 - Pb 763 (97.42) 204 Hg EC (2.58) Hg x-rays 10 (0.8), 69 (0.4), 71 (0.7), 80 (0.3) 206 Tl 206 - Pb 1520 (100) 16 16 Progeny kev and % abundance 134 I 134 Xe - 1280 (32.5), 1560 (16.3), 1800 (11.2), 2420 (11.5) 847 (95.41), 884 (65.3),1073 (15.3) Xe x-rays 4 (0.17), 29 (0.43), 30 (0.8), 34 (0.3) 135 I 135 Xe - 920 (8.7), 1030 (21.8), 1450 (23.6) 1132 (22.5), 1260 (28.6), 1678 (9.5) Xe x-rays 30 (0.127) 137 Cs 137m Ba - 512 (94.6), 1173 (5.4) 137m Ba 137 Ba IT 662 (89.98) Ba x-rays 5 (1), 32 (5.89), 36 (1.39) 140 Ba 140 La - 454 (26), 991 (37.4), 1005 (22) 30 (14), 163 (6.7), 537 (25) La x-rays 5 (15), 33 (1.51), 38 (0.36) 140 La 140 Ce - 1239 (11.11), 1348 (44.5), 1677 (20.7) 329 (20.5), 487 (45.5), 816 (23.5) Ce x-rays 5 (0.25), 34 (0.47), 35 (0.9), 39 (0.9) 148 Gd 144 Sm 3180 (100) 192 Ir 192 Pt - 256 (5.65), 536 (41.4), 672 (48.3) 296 (29.02), 308 (29.68), 317 (82.85), 468 (48.1) Pt x-rays 9 (4.1), 65 (2.6), 67 (4.5), 76 (1.97) 192 Os EC (4.69%) 206 (3.29), 374 (0.73), 485 (3.16) Os x-rays 9 (1.46), 61 (1.1), 63 (1.96), 71 (0.8) 204 Tl 204 - Pb 763 (97.42) 204 Hg EC (2.58) Hg x-rays 10 (0.8), 69 (0.4), 71 (0.7), 80 (0.3) 206 Tl 206 - Pb 1520 (100) Progeny kev and % abundance 134 I 134 Xe - 1280 (32.5), 1560 (16.3), 1800 (11.2), 2420 (11.5) 847 (95.41), 884 (65.3),1073 (15.3) Xe x-rays 4 (0.17), 29 (0.43), 30 (0.8), 34 (0.3) 135 I 135 Xe - 920 (8.7), 1030 (21.8), 1450 (23.6) 1132 (22.5), 1260 (28.6), 1678 (9.5) Xe x-rays 30 (0.127) 137 Cs 137m Ba - 512 (94.6), 1173 (5.4) 137m Ba 137 Ba IT 662 (89.98) Ba x-rays 5 (1), 32 (5.89), 36 (1.39) 140 Ba 140 La - 454 (26), 991 (37.4), 1005 (22) 30 (14), 163 (6.7), 537 (25) La x-rays 5 (15), 33 (1.51), 38 (0.36) 140 La 140 Ce - 1239 (11.11), 1348 (44.5), 1677 (20.7) 329 (20.5), 487 (45.5), 816 (23.5) Ce x-rays 5 (0.25), 34 (0.47), 35 (0.9), 39 (0.9) 148 Gd 144 Sm 3180 (100) 192 Ir 192 Pt - 256 (5.65), 536 (41.4), 672 (48.3) 296 (29.02), 308 (29.68), 317 (82.85), 468 (48.1) Pt x-rays 9 (4.1), 65 (2.6), 67 (4.5), 76 (1.97) 192 Os EC (4.69%) 206 (3.29), 374 (0.73), 485 (3.16) Os x-rays 9 (1.46), 61 (1.1), 63 (1.96), 71 (0.8) 204 Tl 204 - Pb 763 (97.42) 204 Hg EC (2.58) Hg x-rays 10 (0.8), 69 (0.4), 71 (0.7), 80 (0.3) 206 Tl 206 - Pb 1520 (100) 16 16
Progeny kev and % abundance 208 Tl 208 Pb - â 1283 (23.2), 1517 (22.7), 1794 (49.3) ã 511 (21.6), 583 (84.2), 860 (12.46), 2614 (99.8) Pb x-rays 11 (2.9), 73 (2.0), 75 (3.4), 85 (1.5) 210 Pb 210 Bi - â 17 (80.2), 63 (19.8) ã 47 (4.05) Bi x-rays 11 (24.3) 210 Po 206 Pb á 5305 (99.9989) 210 Bi 210 Po - â 1161 (99.9998) 210 Tl 210 Pb - â 1320 (25), 1870 (56), 2340 (19) ã 298 (79), 800 (99), 1310 (21) Pb x-rays 11 (13), 73 (2.5), 75 (4.3), 85 (1.9) 212 Po 208 Pb á 8785 (100) 212 Bi 208 Tl á 5767 (0.6), 6050 (25.2), 6090 (9.6) - â 625 (3.4), 1519 (8), 2246 (48.4) ã 727 (11.8), 785 (1.97), 1621 (2.75) Tl x-rays 10 (7.7) 212 Pb 212 Bi - â 158 (5.22), 334 (85.1), 573 (9.9) ã 115 (0.6), 239 (44.6), 300 (3.4) Bi x-rays 11 (15.5), 75 (10.7), 77 (18), 87 (8) 214 Po 210 Pb á 7687 (99.989), 6892 (0.01) ã av. 797 (0.013) 214 Bi 214 Po - â 1505 (17.7), 1540 (17.9), 3270 (17.2) ã 609 (46.3), 1120 (15.1), 1764 (15.8) Po x-rays 11 (0.5), 77 (0.36), 79 (0.6), 90 (0.3) 214 Pb 214 Bi - â 672 (48), 729 (42.5), 1024 (6.3) ã 242 (7.49), 295 (19.2), 352 (37.2) Bi x-rays 11 (13.5), 75 (6.2), 77 (10.5), 87 (4.7) 216 Po 212 Pb á 6779 (99.998) 218 At 214 Bi á 6650 (6), 6700 (94) 218 Po 214 Pb á 6003 (99.978) 17 Progeny kev and % abundance 208 Tl 208 Pb - â 1283 (23.2), 1517 (22.7), 1794 (49.3) ã 511 (21.6), 583 (84.2), 860 (12.46), 2614 (99.8) Pb x-rays 11 (2.9), 73 (2.0), 75 (3.4), 85 (1.5) 210 Pb 210 Bi - â 17 (80.2), 63 (19.8) ã 47 (4.05) Bi x-rays 11 (24.3) 210 Po 206 Pb á 5305 (99.9989) 210 Bi 210 Po - â 1161 (99.9998) 210 Tl 210 Pb - â 1320 (25), 1870 (56), 2340 (19) ã 298 (79), 800 (99), 1310 (21) Pb x-rays 11 (13), 73 (2.5), 75 (4.3), 85 (1.9) 212 Po 208 Pb á 8785 (100) 212 Bi 208 Tl á 5767 (0.6), 6050 (25.2), 6090 (9.6) - â 625 (3.4), 1519 (8), 2246 (48.4) ã 727 (11.8), 785 (1.97), 1621 (2.75) Tl x-rays 10 (7.7) 212 Pb 212 Bi - â 158 (5.22), 334 (85.1), 573 (9.9) ã 115 (0.6), 239 (44.6), 300 (3.4) Bi x-rays 11 (15.5), 75 (10.7), 77 (18), 87 (8) 214 Po 210 Pb á 7687 (99.989), 6892 (0.01) ã av. 797 (0.013) 214 Bi 214 Po - â 1505 (17.7), 1540 (17.9), 3270 (17.2) ã 609 (46.3), 1120 (15.1), 1764 (15.8) Po x-rays 11 (0.5), 77 (0.36), 79 (0.6), 90 (0.3) 214 Pb 214 Bi - â 672 (48), 729 (42.5), 1024 (6.3) ã 242 (7.49), 295 (19.2), 352 (37.2) Bi x-rays 11 (13.5), 75 (6.2), 77 (10.5), 87 (4.7) 216 Po 212 Pb á 6779 (99.998) 218 At 214 Bi á 6650 (6), 6700 (94) 218 Po 214 Pb á 6003 (99.978) 17 Progeny kev and % abundance 208 Tl 208 Pb - â 1283 (23.2), 1517 (22.7), 1794 (49.3) ã 511 (21.6), 583 (84.2), 860 (12.46), 2614 (99.8) Pb x-rays 11 (2.9), 73 (2.0), 75 (3.4), 85 (1.5) 210 Pb 210 Bi - â 17 (80.2), 63 (19.8) ã 47 (4.05) Bi x-rays 11 (24.3) 210 Po 206 Pb á 5305 (99.9989) 210 Bi 210 Po - â 1161 (99.9998) 210 Tl 210 Pb - â 1320 (25), 1870 (56), 2340 (19) ã 298 (79), 800 (99), 1310 (21) Pb x-rays 11 (13), 73 (2.5), 75 (4.3), 85 (1.9) 212 Po 208 Pb á 8785 (100) 212 Bi 208 Tl á 5767 (0.6), 6050 (25.2), 6090 (9.6) - â 625 (3.4), 1519 (8), 2246 (48.4) ã 727 (11.8), 785 (1.97), 1621 (2.75) Tl x-rays 10 (7.7) 212 Pb 212 Bi - â 158 (5.22), 334 (85.1), 573 (9.9) ã 115 (0.6), 239 (44.6), 300 (3.4) Bi x-rays 11 (15.5), 75 (10.7), 77 (18), 87 (8) 214 Po 210 Pb á 7687 (99.989), 6892 (0.01) ã av. 797 (0.013) 214 Bi 214 Po - â 1505 (17.7), 1540 (17.9), 3270 (17.2) ã 609 (46.3), 1120 (15.1), 1764 (15.8) Po x-rays 11 (0.5), 77 (0.36), 79 (0.6), 90 (0.3) 214 Pb 214 Bi - â 672 (48), 729 (42.5), 1024 (6.3) ã 242 (7.49), 295 (19.2), 352 (37.2) Bi x-rays 11 (13.5), 75 (6.2), 77 (10.5), 87 (4.7) 216 Po 212 Pb á 6779 (99.998) 218 At 214 Bi á 6650 (6), 6700 (94) 218 Po 214 Pb á 6003 (99.978) 17 Progeny kev and % abundance 208 Tl 208 Pb - â 1283 (23.2), 1517 (22.7), 1794 (49.3) ã 511 (21.6), 583 (84.2), 860 (12.46), 2614 (99.8) Pb x-rays 11 (2.9), 73 (2.0), 75 (3.4), 85 (1.5) 210 Pb 210 Bi - â 17 (80.2), 63 (19.8) ã 47 (4.05) Bi x-rays 11 (24.3) 210 Po 206 Pb á 5305 (99.9989) 210 Bi 210 Po - â 1161 (99.9998) 210 Tl 210 Pb - â 1320 (25), 1870 (56), 2340 (19) ã 298 (79), 800 (99), 1310 (21) Pb x-rays 11 (13), 73 (2.5), 75 (4.3), 85 (1.9) 212 Po 208 Pb á 8785 (100) 212 Bi 208 Tl á 5767 (0.6), 6050 (25.2), 6090 (9.6) - â 625 (3.4), 1519 (8), 2246 (48.4) ã 727 (11.8), 785 (1.97), 1621 (2.75) Tl x-rays 10 (7.7) 212 Pb 212 Bi - â 158 (5.22), 334 (85.1), 573 (9.9) ã 115 (0.6), 239 (44.6), 300 (3.4) Bi x-rays 11 (15.5), 75 (10.7), 77 (18), 87 (8) 214 Po 210 Pb á 7687 (99.989), 6892 (0.01) ã av. 797 (0.013) 214 Bi 214 Po - â 1505 (17.7), 1540 (17.9), 3270 (17.2) ã 609 (46.3), 1120 (15.1), 1764 (15.8) Po x-rays 11 (0.5), 77 (0.36), 79 (0.6), 90 (0.3) 214 Pb 214 Bi - â 672 (48), 729 (42.5), 1024 (6.3) ã 242 (7.49), 295 (19.2), 352 (37.2) Bi x-rays 11 (13.5), 75 (6.2), 77 (10.5), 87 (4.7) 216 Po 212 Pb á 6779 (99.998) 218 At 214 Bi á 6650 (6), 6700 (94) 218 Po 214 Pb á 6003 (99.978) 17
Page 1 and 2: Abbreviations 115 Activity vs Expos
Page 3 and 4: RADIOLOGICAL EMERGENCY RESPONSE Wri
Page 5 and 6: HAZARD CONTROL PRIORITIES DURING ME
Page 7 and 8: ACUTE RADIATION EFFECTS 0 - 25 REM
Page 9 and 10: TABLE OF THE ELEMENTS Z Density Z D
Page 11 and 12: Relative Locations of Products of N
Page 13 and 14: RADIOACTIVE DECAY MODES OF COMMONLY
Page 15 and 16: Progeny kev and % abundance 55 Fe 5
Page 17: Progeny kev and % abundance 99 Mo 9
Page 21 and 22: Progeny kev and % abundance 229 Th
Page 23 and 24: Progeny kev and % abundance 241 Am
Page 25 and 26: Progeny kev and % abundance Progeny
Page 27 and 28: Progeny kev and % abundance 222 Rn
Page 29 and 30: Neptunium Decay Chain (4n + 1) st 1
Page 31 and 32: Actinium Decay Chain (4n + 3) st 1
Page 33 and 34: Ci / g = 3.578E5 / (T 1/2 in years
Page 35 and 36: Rem/hr / Ci Sv/hr / GBq Half-Life C
Page 45 and 46: mRem/hr mSv/hr 1ì 10ì 100ì 1ì 1
Page 47 and 48: RADIATION BIOLOGY Maximum survivabl
Page 49 and 50: INTERNAL DOSIMETRY Calculating CDE
Page 51 and 52: EQUIVALENT DOSE, EFFECTIVE DOSE, an
Page 53 and 54: CALCULATING TODE AND TEDE TEDE = DD
Page 55 and 56: SHIELDING MATERIALS α a single she
Page 57 and 58: Beta Dose Rates in rad/hr per mCi M
Page 59 and 60: Combining Radiation Types to Determ
Page 61 and 62: NEUTRON SHIELD THICKNESS I = I0e -N
Page 63 and 64: Exposure Rate in an Air-Filled Ion
Page 65 and 66: Inverse Square Law 2 2 X 1 (D) 1 =
Page 67 and 68: Table 1 of DOE 5400.5 Surface Activ
Page 69 and 70:
6CEN The 6CEN equation can be used
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Ventilation Rates Ventilation rates
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AIR FLOW METER CORRECTIONS Mass Flo
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10CFR20 DAC 10CFR835 DAC 10CFR20 AL
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External Exposure in a Cloud of Air
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Characteristic X-Rays (KeV) of the
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Z # K K L L 103 Lr 71 Lu 54.06 61.2
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COUNTING STATISTICS COUNTING STATIS
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ELEVATION VS AIR PRESSURE Barometri
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NE Omaha 983 UT Cedar City 5,623 NH
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COMPOSITION OF AIR Density of Symbo
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ABBREVIATIONS ampere A, or amp angs
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Mass 1 gram = 0.03527 ounces 1 ounc
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Radiological 1 BTU = 235 1.28E-8 g
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CONSTANTS Avogadro's number (N 0) 6
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ELECTROMAGNETIC SPECTRUM Wavelength
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5. Air-proportional alpha detectors
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32 7. The bremsstrahlung from a 1 C
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RULES OF THUMB FOR NEUTRONS 1. The
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Spontaneous Fission Neutron and Gam
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Energy & Yield of neutrons from the
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WG Pu 15 years after fabrication 23
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Isotopic Mix of Natural U 238 U 234
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MISCELLANEOUS RULES OF THUMB 1. One
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PUBLIC RADIATION DOSES Average per
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COMPARATIVE RISKS OF RADIATION EXPO
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Voss Associates provides valuable t
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Publications Radiation Data Radiati
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Rad Data Handbook 20.. - Voss Associates

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