ABCDEFGHIJKLMNOPQRSTUVWXYZAAABACADAEAFAGAHAIAJAKALAMANAOAPAQARASATAUAVAWAXAYAZBABBBCBDBEBFBGBHBIBJBKBLBMBNBOBPBQBRBSBTBUBVBWBXBYBZCACBCCCDCECFCGCHCICJCKCLCMCNCOCPCQCR
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Source
https://www-nds.iaea.org/
AIPRI 2018
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Outils de recherche de rendement de fission d'un élément donné et de calcul de production de cet élément
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La somme de chaque rendement indépendant devrait être égale à 2 exactement ->
U2352,00152,00122,0000U2382,00071,9965Pu2391,99661,9956Pu2411,99481,9964Th2321,7606#ERROR!U233#ERROR!1,63891,9682Am2411,99051,9855
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Cette table contient 1371 éléments, 177 stables et 1194 radioactifs.
Constante de désintégration (adaptée aux périodes) CumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndepCumulIndep
Menu éléments
Période de l'élément
Atomes fissionnés
Exemple. La fission par neutron thermique de 100E12 atomes de U235 engendre-t-elle combien d'atomes de Rh106 et avec quelle activité ?
6
LiensPériodeLambdaLentLentRapideRapide14 MeV14 MeVLentLentRapideRapide14 MeV14 MeVLentLentRapideRapide14 MeV14 MeVLentLentRapideRapide14 MeV14 MeVLentLentRapideRapide14 MeV14 MeVLentLentRapideRapide14 MeV14 MeVLentLentRapideRapide14 MeV14 MeVCd121m8,3 secondeEntrer ->1,00E+14
0.100E12 at fis * 004E-3 Rdf thermal cumul U235 = 4.103E8 atomes de Rh106 produits * 0.233E-4 λ = 0.095E8 Bq soit 258E-3 Ci de Rh106
7
H1H11H1#ERROR!1,71E-051,71E-052,69E-052,69E-052,64E-052,64E-052,35E-052,35E-051,30E-051,30E-054,08E-054,08E-053,46E-053,46E-052,94E-052,94E-052,94E-052,94E-051,61E-051,61E-052,32E-052,32E-053,34E-053,34E-053,34E-053,34E-053,10E-053,10E-053,75E-053,75E-053,75E-053,75E-05Bq
8
H2H21H2Stable8,40E-068,40E-068,22E-068,22E-068,06E-068,06E-067,19E-067,19E-063,98E-063,98E-061,35E-051,35E-051,06E-051,06E-058,99E-068,99E-068,99E-068,99E-064,91E-064,91E-067,09E-067,09E-068,47E-068,47E-061,02E-051,02E-059,46E-069,46E-061,15E-051,15E-051,15E-051,15E-05 λ 2,33E-02CumulatifCumulatifIndépendantIndépendantThermalFastThermalFastFast/thermFast/therm
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H3H31H312,33an1,78E-09s-11,08E-041,08E-041,08E-041,08E-041,74E-041,74E-041,03E-041,03E-046,50E-056,50E-051,42E-041,42E-041,42E-041,42E-041,41E-041,41E-041,41E-041,41E-047,01E-057,01E-051,01E-041,01E-041,14E-041,14E-041,14E-041,14E-042,48E-042,48E-041,65E-041,65E-041,65E-041,65E-04
Entrer produit de fission ->
Rh106ThermalFastThermalFastCumulatifCumulatifIndépendantIndépendantCumulatifIndépendant
10
He3He32He3Stable1,08E-041,08E-041,74E-041,03E-046,50E-051,42E-041,42E-041,41E-041,41E-047,01E-051,01E-041,14E-041,14E-042,48E-041,65E-041,65E-04U2354,10E-034,69E-039,54E+091,09E+100,00E+000,00E+001,14
0.100E12 at fis * 004E-3 Rdf thermal cumul U235 = 4.103E8 atomes de Rh106 produits * 0.233E-4 λ = 0.095E8 Bq soit 258E-3 Ci de Rh106
11
He4He42He4Stable1,70E-031,70E-031,70E-031,70E-031,67E-031,67E-031,49E-031,49E-038,23E-048,23E-042,19E-032,19E-032,19E-032,19E-031,86E-031,86E-031,86E-031,86E-031,02E-031,02E-031,47E-031,47E-032,11E-032,11E-032,11E-032,11E-031,96E-031,96E-032,37E-032,37E-032,37E-032,37E-03U2382,519E-021,82E-095,86E+10
12
He6He62He6806,7ms8,59E-04ms-12,67E-052,67E-054,10E-054,10E-052,15E-052,15E-05Pu2394,19E-024,13E-028,24E-062,55E-069,74E+109,60E+101,92E+075,92E+060,990,31
0.100E12 at fis * 042E-3 Rdf thermal cumul Pu239 = 0.004E12 atomes de Rh106 produits * 0.233E-4 λ = 0.974E8 Bq soit 003E0 Ci de Rh106
13
Li6Li63Li6Stable2,67E-054,10E-052,15E-05Pu2415,95E-026,12E-027,27E-073,28E-071,38E+111,42E+111,69E+067,63E+051,030,45
0.100E12 at fis * 059E-3 Rdf thermal cumul Pu241 = 0.006E12 atomes de Rh106 produits * 0.233E-4 λ = 1.383E8 Bq soit 004E0 Ci de Rh106
14
Be6Be64Be6NL6,87E-07U2332,50E-032,91E-034,46E-115,83E+096,76E+091,04E+020,00E+001,160,00
0.100E12 at fis * 003E-3 Rdf thermal cumul U233 = 2.505E8 atomes de Rh106 produits * 0.233E-4 λ = 0.058E8 Bq soit 157E-3 Ci de Rh106
15
Li7Li73Li7Stable1,51E-061,40E-068,09E-077,64E-07Th2325,41E-040,00E+001,26E+090,00E+000,00E+00
16
He8He82He8119ms5,82E-03ms-16,87E-076,87E-073,72E-073,72E-07Am2411,85E-086,07E-022,06E-054,30E+041,41E+110,00E+004,79E+073280572,82
0.100E12 at fis * 019E-9 Rdf thermal cumul Am241 = 0.185E4 atomes de Rh106 produits * 0.233E-4 λ = 0.004E4 Bq soit 001E-6 Ci de Rh106
17
Li8Li83Li8838ms8,27E-04ms-17,29E-077,29E-076,05E-076,99E-073,72E-07
18
Be8Be84Be87picosec.9,90E-02ps-11,34E-067,29E-075,72E-073,68E-07
19
C8C86C8NL6,87E-076,87E-07
20
Li9Li93Li9178,3ms3,89E-03ms-14,07E-074,07E-071,14E-061,14E-067,43E-077,43E-07Bq
21
Be9Be94Be9Stable6,13E-074,07E-071,72E-061,14E-061,12E-067,43E-07 λ 2,15E-08CumulatifCumulatifIndépendantIndépendantThermalFastThermalFastFast/thermFast/therm
22
B9B95B9NL4,07E-074,07E-07
Entrer produit de fission ->
Ru106ThermalFastThermalFastCumulatifCumulatifIndépendantIndépendantCumulatifIndépendant
23
Be10Be104Be101510000an1,45E-14s-15,20E-065,20E-061,05E-051,05E-058,88E-068,88E-06U2354,10E-034,69E-032,77E-083,48E-088,81E+031,01E+045,95E-027,48E-021,141,26
0.100E12 at fis * 004E-3 Rdf thermal cumul U235 = 4.103E8 atomes de Ru106 produits * 0.002E-8 λ = 8.810E0 Bq soit 238E-9 Ci de Ru106
24
B10B105B10Stable5,20E-065,20E-06U2382,519E-021,97E-055,41E+04
25
Be11Be114Be1113,81seconde5,02E-02s-17,52E-077,52E-07Pu2394,19E-024,13E-022,98E-031,87E-038,99E+048,86E+046,41E+034,01E+030,990,63
0.100E12 at fis * 042E-3 Rdf thermal cumul Pu239 = 0.004E12 atomes de Ru106 produits * 0.002E-8 λ = 0.009E4 Bq soit 002E-6 Ci de Ru106
26
B11B115B11Stable7,29E-07Pu2415,95E-026,12E-021,05E-037,13E-041,28E+051,31E+052,25E+031,53E+031,030,68
0.100E12 at fis * 059E-3 Rdf thermal cumul Pu241 = 0.006E12 atomes de Ru106 produits * 0.002E-8 λ = 0.013E4 Bq soit 003E-6 Ci de Ru106
27
Be12Be124Be1223,6ms2,94E-02ms-11,26E-071,26E-074,73E-074,73E-07U2330,00E+000,00E+000,00E+000,00E+00
28
B12B125B1220,2ms3,43E-02ms-12,52E-071,26E-074,73E-07Th2325,41E-044,29E-100,00E+001,16E+030,00E+009,22E-04
29
C12C126C12Stable2,48E-074,66E-07Am2419,20E-056,07E-027,65E-031,98E+021,30E+050,00E+001,64E+04659,28
0.100E12 at fis * 092E-6 Rdf thermal cumul Am241 = 0.092E8 atomes de Ru106 produits * 0.002E-8 λ = 0.198E0 Bq soit 005E-9 Ci de Ru106
30
C14C146C145730an3,83E-12s-11,58E-061,58E-063,01E-063,01E-06
31
C15C156C152,449seconde2,83E-01s-12,53E-072,53E-07
32
N15N157N15Stable2,53E-07
33
Ne21Ne2110Ne21Stable1,00E-061,00E-06ThermalFastThermalFastFast/thermFast/therm
34
Ca50Ca5020Ca5013,9seconde4,99E-02s-1Rh106/Ru106CumulatifCumulatifIndépendantIndépendantCumulatifIndépendant
35
Sc50Sc5021Sc501,708minute6,76E-03s-1U2351,08E+067,67E-020,00E+000,00E+000,00
36
Sc50mSc50m21Sc50m350ms1,98E-03ms-1U2388,66E+00
37
Ti50Ti5022Ti50Stable4,67E-12Pu2391,08E+061,08E+062,99E+031,48E+031,000,49
38
Ca51Ca5120Ca5110seconde6,93E-02s-1Pu2411,08E+061,08E+067,52E+024,98E+021,000,66
39
Sc51Sc5121Sc5112,4seconde5,59E-02s-1U233
40
Ti51Ti5122Ti515,76minute2,01E-03s-11,50E-112,84E-12Th232#ERROR!0,00E+00
41
V51V5123V51Stable1,50E-11Am2412,18E+022,92E+030,00
42
Ca52Ca5220Ca524,6seconde1,51E-01s-1
43
Sc52Sc5221Sc528,2seconde8,45E-02s-1
44
Ti52Ti5222Ti521,7minute6,80E-03s-14,26E-112,02E-11
45
V52V5223V523,743minute3,09E-03s-14,26E-11
46
Cr52Cr5224Cr52Stable4,26E-11
Atomes fissionnés
Exemple. La fission par neutron thermique de 100E12 atomes de U235 engendre-t-elle combien d'atomes de Cs137 et avec quelle activité ?
47
Sc53Sc5321Sc533,5ms1,98E-01ms-13,47E-113,47E-11Entrer ->1,00E+14
0.100E12 at fis * 062E-3 Rdf thermal cumul U235 = 0.006E12 atomes de Cs137 produits * 0.730E-12 λ = 4.544E0 Bq soit 123E-9 Ci de Cs137
48
Ti53Ti5322Ti5332,7seconde2,12E-02s-11,09E-107,44E-11Bq
49
V53V5323V531,61minute7,18E-03s-11,55E-121,55E-121,21E-101,20E-11 λ 7,30E-10CumulatifCumulatifIndépendantIndépendantThermalFastThermalFastFast/thermFast/therm
50
Cr53Cr5324Cr53Stable4,31E-122,76E-121,21E-10
Entrer produit de fission ->
Cs137ThermalFastThermalFastCumulatifCumulatifIndépendantIndépendantCumulatifIndépendantExemples
51
Sc54Sc5421Sc54230ms3,01E-03ms-11,21E-121,21E-122,96E-112,96E-11U2356,22E-025,89E-027,22E-041,22E-034,54E+034,30E+035,28E+018,95E+010,951,70
0.100E12 at fis * 062E-3 Rdf thermal cumul U235 = 0.006E12 atomes de Cs137 produits * 0.730E-12 λ = 4.544E0 Bq soit 123E-9 Ci de Cs137
52
Ti54Ti5422Ti541,5seconde4,62E-01s-14,65E-123,44E-122,52E-102,23E-10U2386,022E-024,36E-054,40E+03
53
V54V5423V5449,8seconde1,39E-02s-11,77E-121,77E-124,65E-123,31E-107,90E-11Pu2396,59E-026,35E-024,57E-036,95E-034,81E+034,64E+033,34E+025,08E+020,961,52
0.100E12 at fis * 066E-3 Rdf thermal cumul Pu239 = 0.007E12 atomes de Cs137 produits * 0.730E-12 λ = 4.812E0 Bq soit 130E-9 Ci de Cs137
54
Cr54Cr5424Cr54Stable1,73E-111,15E-114,65E-123,34E-102,66E-12Pu2416,28E-026,37E-026,46E-041,41E-034,59E+034,65E+034,72E+011,03E+021,012,18
0.100E12 at fis * 063E-3 Rdf thermal cumul Pu241 = 0.006E12 atomes de Cs137 produits * 0.730E-12 λ = 4.590E0 Bq soit 124E-9 Ci de Cs137
55
Mn54Mn5425Mn54312,3jour2,57E-08s-14,02E-124,02E-12U2336,20E-026,50E-024,90E-039,21E-034,53E+034,75E+033,58E+026,72E+021,051,88
0.100E12 at fis * 062E-3 Rdf thermal cumul U233 = 0.006E12 atomes de Cs137 produits * 0.730E-12 λ = 4.532E0 Bq soit 122E-9 Ci de Cs137
56
Sc55Sc5521Sc55120ms5,78E-03ms-11,63E-121,63E-122,16E-112,16E-11Th2326,30E-025,14E-054,60E+033,75E+00
57
Ti55Ti5522Ti55320ms2,17E-03ms-11,16E-111,00E-113,97E-103,76E-10Am2412,14E-027,18E-029,69E-031,57E+035,24E+030,00E+007,08E+023,35
0.100E12 at fis * 021E-3 Rdf thermal cumul Am241 = 0.002E12 atomes de Cs137 produits * 0.730E-12 λ = 1.566E0 Bq soit 042E-9 Ci de Cs137
58
V55V5523V556,54seconde1,06E-01s-13,10E-123,10E-121,63E-114,62E-128,53E-104,55E-10
59
Cr55Cr5524Cr553,497minute3,30E-03s-12,59E-112,28E-111,63E-118,90E-103,68E-11
60
Mn55Mn5525Mn55Stable5,76E-112,88E-111,63E-118,90E-10
61
Fe55Fe5526Fe552,73an8,05E-09s-12,93E-122,93E-12Bq
62
Sc56Sc5621Sc56NL1,08E-121,08E-127,70E-127,70E-12 λ 1,06E-08CumulatifCumulatifIndépendantIndépendantThermalFastThermalFastFast/thermFast/therm
63
Ti56Ti5622Ti56160ms4,33E-03ms-12,51E-112,40E-112,83E-122,83E-125,32E-105,24E-10
Entrer produit de fission ->
Cs134ThermalFastThermalFastCumulatifCumulatifIndépendantIndépendantCumulatifIndépendantExemples
64
V56V5623V56230ms3,01E-03ms-12,20E-122,20E-124,84E-112,32E-115,52E-122,67E-121,90E-091,37E-091,79E-121,79E-12U2351,21E-072,79E-076,98E-081,48E-071,29E-012,97E-017,43E-021,58E-012,302,12
0.100E12 at fis * 121E-9 Rdf thermal cumul U235 = 1.213E4 atomes de Cs134 produits * 0.001E-8 λ = 1.290E-4 Bq soit 003E-12 Ci de Cs134
65
Cr56Cr5624Cr565,94minute1,94E-03s-16,35E-116,13E-115,13E-112,39E-125,60E-122,32E-094,01E-101,81E-12U2381,130E-095,99E-101,20E-03
66
Mn56Mn5625Mn562,5785heure7,47E-05s-11,49E-108,55E-115,13E-115,60E-122,32E-094,36E-121,81E-12Pu2396,74E-061,15E-053,88E-066,12E-067,17E+001,23E+014,13E+006,51E+001,711,58
0.100E12 at fis * 007E-6 Rdf thermal cumul Pu239 = 0.007E8 atomes de Cs134 produits * 0.001E-8 λ = 0.007E0 Bq soit 194E-12 Ci de Cs134
67
Fe56Fe5626Fe56Stable1,81E-103,23E-115,13E-115,60E-122,32E-091,81E-12Pu2419,17E-083,83E-075,28E-082,03E-079,75E-024,07E-015,61E-022,16E-014,173,84
0.100E12 at fis * 092E-9 Rdf thermal cumul Pu241 = 0.917E4 atomes de Cs134 produits * 0.001E-8 λ = 0.975E-4 Bq soit 003E-12 Ci de Cs134
68
Sc57Sc5721Sc57NL2,01E-122,01E-12U2331,14E-051,58E-056,57E-068,36E-061,21E+011,68E+016,99E+008,89E+001,381,27
0.100E12 at fis * 011E-6 Rdf thermal cumul U233 = 0.011E8 atomes de Cs134 produits * 0.001E-8 λ = 0.012E0 Bq soit 328E-12 Ci de Cs134
69
Ti57Ti5722Ti57180ms3,85E-03ms-13,03E-113,03E-114,83E-124,83E-123,53E-103,51E-10Th2321,50E-097,96E-101,60E-038,47E-04
70
V57V5723V57320ms2,17E-03ms-12,02E-122,02E-121,29E-109,87E-112,02E-111,54E-113,63E-093,28E-094,75E-124,75E-12Am2415,66E-051,15E-056,63E-066,02E+011,22E+010,00E+007,05E+000,20
0.100E12 at fis * 057E-6 Rdf thermal cumul Am241 = 0.057E8 atomes de Cs134 produits * 0.001E-8 λ = 0.060E0 Bq soit 002E-9 Ci de Cs134
71
Cr57Cr5724Cr5721,1seconde3,29E-02s-16,81E-116,61E-113,60E-102,26E-116,70E-113,44E-129,18E-092,09E-091,37E-113,74E-12
72
Mn57Mn5725Mn571,423minute8,12E-03s-14,05E-103,37E-103,60E-106,70E-119,27E-098,99E-111,37E-11
73
Fe57Fe5726Fe57Stable5,57E-101,42E-103,60E-106,70E-119,27E-091,37E-11
74
Co57Co5727Co57271,79jour2,95E-08s-19,83E-129,83E-12ThermalFastThermalFastFast/thermFast/therm
75
Ti58Ti5822Ti58470ms1,47E-03ms-13,22E-113,22E-116,80E-126,80E-121,88E-101,88E-10Cs137/Cs134CumulatifCumulatifIndépendantIndépendantCumulatifIndépendant
76
V58V5823V58200ms3,47E-03ms-12,62E-102,29E-101,08E-121,08E-125,44E-114,76E-114,34E-094,15E-096,59E-126,59E-12U2353,52E+041,45E+047,10E+025,68E+020,410,80
77
Cr58Cr5824Cr587seconde9,90E-02s-11,02E-101,02E-102,31E-101,78E-101,25E-121,25E-121,80E-121,58E-124,71E-113,63E-119,89E-099,02E-092,09E-122,09E-121,90E-111,77E-11U2383,66E+06
78
Mn58Mn5825Mn583seconde2,31E-01s-16,53E-105,51E-102,36E-105,50E-121,25E-121,80E-124,82E-111,10E-122,09E-122,10E-112,03E-12Pu2396,71E+023,78E+028,08E+017,80E+010,560,97
79
Mn58mMn58m25Mn58m11,086minute1,06E-02s-13,41E-113,41E-115,30E-115,30E-11Pu2414,71E+041,14E+048,40E+024,77E+020,240,57
80
Fe58Fe5826Fe58Stable1,65E-098,90E-102,36E-101,25E-121,80E-124,83E-111,08E-087,40E-122,09E-122,12E-11U2333,73E+022,83E+025,12E+017,56E+010,761,48
81
Co58Co5827Co5870,86jour1,13E-07s-17,12E-111,29E-11Th2322,88E+064,43E+03
82
Co58mCo58m27Co58m19,04heure2,13E-05s-15,83E-115,83E-11Am2412,60E+014,28E+021,00E+0216,45
83
Ni58Ni5828Ni58Stable1,28E-121,28E-12
84
Ti59Ti5922Ti5960ms1,16E-02ms-11,69E-111,69E-114,66E-124,66E-125,18E-115,18E-11
85
V59V5923V59130ms5,33E-03ms-14,60E-104,43E-101,85E-121,85E-121,25E-101,20E-104,61E-094,56E-098,01E-128,01E-12
86
Cr59Cr5924Cr59740ms9,37E-04ms-16,72E-116,72E-111,18E-097,20E-101,09E-121,09E-124,72E-124,72E-123,94E-123,94E-127,61E-125,76E-123,17E-101,93E-102,62E-082,16E-085,55E-125,55E-125,52E-114,72E-11
87
Mn59Mn5925Mn594,6seconde1,51E-01s-11,53E-091,47E-091,27E-098,65E-111,09E-126,49E-121,76E-125,00E-121,07E-128,97E-121,36E-123,40E-102,28E-113,40E-087,75E-098,69E-123,14E-127,62E-112,09E-11
88
Fe59Fe5926Fe5944,503jour1,80E-07s-14,00E-092,46E-091,27E-091,09E-126,49E-125,00E-128,97E-123,40E-103,41E-081,61E-108,69E-127,62E-11
89
Co59Co5927Co59Stable4,73E-097,30E-101,27E-091,09E-126,49E-125,00E-128,97E-123,40E-103,41E-088,69E-127,62E-11
90
Ni59Ni5928Ni5976000an2,89E-13s-11,58E-111,58E-11
91
Ti60Ti6022Ti60150nanosec4,62E-03n-16,84E-126,84E-122,43E-122,43E-121,06E-111,06E-11
92
V60V6023V60200ms3,47E-03ms-14,43E-104,36E-101,56E-121,56E-121,55E-101,53E-102,44E-092,43E-094,73E-124,73E-12
93
Cr60Cr6024Cr60570ms1,22E-03ms-15,50E-115,50E-112,87E-092,41E-092,61E-122,61E-121,29E-111,29E-111,02E-111,02E-111,88E-111,71E-119,98E-108,33E-104,45E-084,20E-081,20E-111,20E-111,08E-101,03E-10
94
Mn60Mn6025Mn6051seconde1,36E-02s-12,90E-108,22E-112,98E-093,68E-113,24E-123,08E-131,48E-119,19E-131,14E-115,97E-132,04E-117,79E-131,03E-091,26E-114,99E-081,89E-091,50E-111,47E-121,26E-108,72E-12
95
Mn60mMn60m25Mn60m11,77seconde3,92E-01s-11,33E-091,33E-095,95E-105,95E-102,73E-122,73E-129,35E-129,35E-125,30E-125,30E-127,93E-127,93E-122,04E-102,04E-103,05E-083,05E-081,31E-111,31E-118,87E-118,87E-11
96
Fe60Fe6026Fe601500000an1,46E-14s-11,01E-088,65E-093,52E-091,51E-115,65E-122,31E-111,61E-112,75E-111,22E-095,12E-127,95E-082,60E-092,87E-112,13E-122,15E-109,83E-12
97
Co60Co6027Co605,2714an4,17E-09s-12,85E-092,34E-096,62E-125,42E-12
98
Co60mCo60m27Co60m110,467minute1,10E-03s-15,18E-105,18E-101,20E-121,20E-12
99
Ni60Ni6028Ni60Stable3,09E-092,38E-106,62E-12
100
Ti61Ti6122Ti61150nanosec4,62E-03n-11,47E-121,47E-121,05E-121,05E-12