Monographie BIPM-5 - Table of Radionuclides, Comments on evaluations, Volume 6 Marie-Martine BÉ, Vanessa CHISTÉ, Christophe DULIEU, Xavier MOUGEOT, Laboratoire National Henri Becquerel


These data help to confirm the M4 character of the 116 keV transition. No evidence for the proposed E1 transition of 20-30 keV which should follow the 116 keV transition was found. An upper limit of 4 keV was placed for the energy of this proposed transition. The 30.2 keV transition from the decay of Ag 108m was observed.

Pb. 10-25 c. Bi-208 a See discussion in text. b Concentration limit varies with  nuclides are Ag-110M, Ag-108, Co-60 and Cr-51. Samples addition, after a decay time of around 600 days some Ag-108M, Fe-55, Ni-63 and Zn-65 activities. Gamma-Ray Energies and Relative Intensities of 75Se, 108mAg, 113Sn, 131I keV for 108 m Ag; 255.126±0.010 (3.33±0.13) and 391.686±0.027 keV (100) for  ok Ag-108m 6 0.05000 2.361E-09 0.05000 2.300E-09 ok Nb-95m 6 0.01000 5.662E-10 0.01000 5.600E-10 ok Ag-110m 1 0.10000 2.408E-08 0.10000 2.400 E-  Aug 4, 2020 creation of silver isomer (Ag-108m for example) which mainly comes from low energy neutrons. Regarding isomers in FLUKA, we showed that  Isotopes of silver Naturally occurring Silver (Ag) is composed of the two stable This element has numerous meta states with the most stable being 108mAg (t*  107Ag, 51.839%, -, Spontaneous fission ?

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Additional measurements gave  The decay of 110mAg: Gamma-ray energy and intensity standardization 0.10, 614.37 ± 0.10 and 722.95 ± 0.08 keV were observed from the decay of 108mAg. Ag-108m. 127. y. 3.E+00. 3 [6,8].

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föreskrifter om transport av farligt gods på väg och i terräng Ag-108m. Ag-108. Ag-110m. Ag-110.

Ag-108m+ Ag-108 Ag-110m+ Ag-110 Sn-113+ In-113m Sb-125+ Te-125m Sn-126+ Sb-126m, Sb-126 Te-127m+ Te-127 Cs-137+ Ba-137m Ce-144+ Pr-144, Pr-144m Pb-210+ Bi-210 Ra-226+ Rn-222, Po-218, Pb-214, Bi-214, Po-214 Ra-228+ Ac-228 Th-228+ Ra-224, Rn-220, Po-216, Pb-212, Bi-212, Tl-208, Po-212 Th-229+ Ra-225, Ac-225, Fr-221, At-217, Bi-213, Tl-209, Po-213

48 stable. Based on 6-29- 2000 NNDC/BNL Data. 0+. 2.37 min.

The 30.2 keV transition from the decay of Ag 108m was observed. The K/L ratio is less than 0.3 which is consistent with an E3 or higher multipole transition. This element has numerous meta states, with the most stable being 108m Ag (t* 418 years), 110m Ag (t* 249.79 days) and 106m Ag (t* 8.28 days). Isotopes of silver range in atomic weight from 92.950 u (93 Ag) to 129.950 u (130 Ag). Ag-108m 4.18E+02 IT Kr-81 2.29E+05 Ag-i 10m 6.84E-01 13, y Kr-85 1.07E+01 JY, y Ar-39 2.69E+02 13 Mn-53 3.70E+06 v Ba-133 1.05E+O1 y Mn-54 8.56E-01 J3÷,y and Ag-109. The absorption of the neutrons by the silver converted some of the Ag-107 to Ag-108m (400+ year half-life) and Ag-108 (2.39 min half life).
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47-Ag-110m. 47-Ag-lll 108m activation because of the. Ag production. The recommended half-life value for  Sn-121m, Ag-108m.

74. W. 0.1-7 c. Re-186m, Hf-178m.
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Ag-108m dcc gymnasium stockholm
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Ag-100m, Ag-101, Ag-102, Ag-102m, Ag-103, Ag-104, Ag-104m, Ag-105, Ag- 105m, Ag-106, Ag-106m, Ag-108, Ag-108m, Ag-109m, Ag-110, Ag-110m, Ag-111  

370 Bq - 370 kBq. rare isotope - limited stock. Ag-110m.

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Ag‐108m + 106 10 Ag‐110m 106 10 Ag‐111 106 103 Cd‐109 106 104 Cd‐115 106 102 Cd‐115m 106 103 In‐111 106 102 In‐113m 106 102 In‐114m 106 102 In‐115m 106 102 Sn‐113 107 103 Sn‐117m 106 102 Sn‐121 107 105 Sn‐125 105 102 Sb‐122 104 102