The radionuclide 129I is a long-lived fission product that decays to 129Xe by beta-particle emission. It is an important tracer in geological and biological processes and is considered one of the most important radionuclides to be assessed in studies of global circulation. It is also one of the major contributors to radiation dose from nuclear waste in a deep geological repository. Its half-life has been obtained by a combination of activity and mass concentration measurements in the frame of a cooperation of 6 European metrology institutes. The value obtained for the half-life of 129I is 16.14 (12) × 106 a, in good agreement with recommended data but with a significant improvement in the uncertainty.JRC.G.2-Standards for Nuclear Safety, Se...
Iodine-129 has been used as a powerful tool for environmental tracing of human nuclear activities. I...
Accurate, low-level measurement of the long-lived fission product 129I is important for waste charac...
Since the beginning of the nuclear era, starting during the 1940s, large amount of radioactivity has...
International audienceThe radionuclide $^{129}$I is a long-lived fission product that decays to $^{...
International audienceThe radionuclide $^{129}$I is a long-lived fission product that decays to $^{...
1291 is a radioisotope of iodine with a half-life of 15.7 My. In the pre-nuclear era, 129I resulted ...
Radioactive isotopes of iodine are Produced during nuclear fission in reactors and in weapons tests ...
129I, is a natural long-lived isotope, with a half-life of 15.7 million years, also artificially pro...
129I is an isotope of iodine having a half-life of 15.7My. In the pre-nuclear era, the ratio of 129I...
The long-life fission product 129I is released continuously into the environment by nuclear fuel rep...
The Fukushima Dai-ichi Nuclear Power Plant accident in 2011 has released a large amount of radionucl...
In this work, the half-lives of 131mTe and 131gTe were measured. Radioactive sources of 131Te were o...
Abstract: Results are presented from an ongoing project to study the status and behavior of 129I and...
129I is produced through neutron-induced fission of 235U and neutron capture reactions with the fiss...
Sample preparation procedures for AMS measurements of 129I and 127I in environmental materials and s...
Iodine-129 has been used as a powerful tool for environmental tracing of human nuclear activities. I...
Accurate, low-level measurement of the long-lived fission product 129I is important for waste charac...
Since the beginning of the nuclear era, starting during the 1940s, large amount of radioactivity has...
International audienceThe radionuclide $^{129}$I is a long-lived fission product that decays to $^{...
International audienceThe radionuclide $^{129}$I is a long-lived fission product that decays to $^{...
1291 is a radioisotope of iodine with a half-life of 15.7 My. In the pre-nuclear era, 129I resulted ...
Radioactive isotopes of iodine are Produced during nuclear fission in reactors and in weapons tests ...
129I, is a natural long-lived isotope, with a half-life of 15.7 million years, also artificially pro...
129I is an isotope of iodine having a half-life of 15.7My. In the pre-nuclear era, the ratio of 129I...
The long-life fission product 129I is released continuously into the environment by nuclear fuel rep...
The Fukushima Dai-ichi Nuclear Power Plant accident in 2011 has released a large amount of radionucl...
In this work, the half-lives of 131mTe and 131gTe were measured. Radioactive sources of 131Te were o...
Abstract: Results are presented from an ongoing project to study the status and behavior of 129I and...
129I is produced through neutron-induced fission of 235U and neutron capture reactions with the fiss...
Sample preparation procedures for AMS measurements of 129I and 127I in environmental materials and s...
Iodine-129 has been used as a powerful tool for environmental tracing of human nuclear activities. I...
Accurate, low-level measurement of the long-lived fission product 129I is important for waste charac...
Since the beginning of the nuclear era, starting during the 1940s, large amount of radioactivity has...