Sören Mattsson
Biographic Data
| ID | 5597208 |
|---|---|
| NAME | Sören Mattsson |
| GIVEN NAMES | Sören |
| FAMILY NAME | Mattsson |
| SIGNATURE | MATTSSON S |
| VERIFIED | No |
| TOTAL WORKS | 4 |
| TOTAL CITATIONS | 15 |
| WORKS AS AUTHOR | 4 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 1997 |
| LATEST PUBLICATION YEAR | 2022 |
| H-INDEX | 2 |
Environmental Levels of Radiocarbon in Lund, Sweden, Prior to the Start of the European Spallation Source
The European Spallation Source (ESS) is a neutron-based research facility under construction in Lund in southern Sweden. The spallation reactions will generate not only the desired neutrons, but also many radioactive by-products, including 14 C. As part of the licensing process, and as recommended by the IAEA, various preoperational studies are being carried out, including mapping the “zero-point” radiation environment around the site. As the cit…
Potential Influence of Diet on Bomb-Pulse Dating of Human Plaque Samples
The radiocarbon concentration of different atherosclerotic plaque fragments obtained from 20 patients in Portugal, operated in 2000–2001, has been measured in order to define the year of plaque formation. A difference of 1.8–15 yr was observed, with the mean and median both 9 yr, between the bomb-pulse date estimated with the CALIBomb software and the operation date. Stable isotope (δ 13 C and δ 15 N) analysis was also performed and provides insi…
Levels of 14 C in the Terrestrial Environment in the Vicinity of Two European Nuclear Power Plants
Radiocarbon is produced in all types of nuclear reactors. Most of the 14 C released into the environment is in the form of gaseous emissions. Recent data on the 14 C concentration found in terrestrial samples taken in the vicinity of nuclear power plants in Romania and Lithuania are presented. We found increased 14 C levels in the surroundings of both power plants. At the Romanian power plant Cernavoda, we found excess levels of 14 C in grass wit…
C Levels in the Vicinity of Two Swedish Nuclear Power Plants and at Two “Clean-Air” Sites in Southernmost Sweden
14 C is one of the radionuclides that are produced to different degrees by neutron-induced reactions in all types of nuclear reactors. Part of the 14 C created is continuously released into the surrounding environment during normal operation as airborne effluents in various chemical forms (such as CO 2 , CO and hydrocarbons) through the ventilation system of the plant. Because of the biological importance of carbon and the long half-life of 14 C,…
Levels of 14 C in the Terrestrial Environment in the Vicinity of Two European Nuclear Power Plants
Radiocarbon is produced in all types of nuclear reactors. Most of the 14 C released into the environment is in the form of gaseous emissions. Recent data on the 14 C concentration found in terrestrial samples taken in the vicinity of nuclear power plants in Romania and Lithuania are presented. We found increased 14 C levels in the surroundings of both power plants. At the Romanian power plant Cernavoda, we found excess levels of 14 C in grass wit…
C Levels in the Vicinity of Two Swedish Nuclear Power Plants and at Two “Clean-Air” Sites in Southernmost Sweden
14 C is one of the radionuclides that are produced to different degrees by neutron-induced reactions in all types of nuclear reactors. Part of the 14 C created is continuously released into the surrounding environment during normal operation as airborne effluents in various chemical forms (such as CO 2 , CO and hydrocarbons) through the ventilation system of the plant. Because of the biological importance of carbon and the long half-life of 14 C,…
Environmental Levels of Radiocarbon in Lund, Sweden, Prior to the Start of the European Spallation Source
The European Spallation Source (ESS) is a neutron-based research facility under construction in Lund in southern Sweden. The spallation reactions will generate not only the desired neutrons, but also many radioactive by-products, including 14 C. As part of the licensing process, and as recommended by the IAEA, various preoperational studies are being carried out, including mapping the “zero-point” radiation environment around the site. As the cit…
C Levels in the Vicinity of Two Swedish Nuclear Power Plants and at Two “Clean-Air” Sites in Southernmost Sweden
14 C is one of the radionuclides that are produced to different degrees by neutron-induced reactions in all types of nuclear reactors. Part of the 14 C created is continuously released into the surrounding environment during normal operation as airborne effluents in various chemical forms (such as CO 2 , CO and hydrocarbons) through the ventilation system of the plant. Because of the biological importance of carbon and the long half-life of 14 C,…
Levels of 14 C in the Terrestrial Environment in the Vicinity of Two European Nuclear Power Plants
Radiocarbon is produced in all types of nuclear reactors. Most of the 14 C released into the environment is in the form of gaseous emissions. Recent data on the 14 C concentration found in terrestrial samples taken in the vicinity of nuclear power plants in Romania and Lithuania are presented. We found increased 14 C levels in the surroundings of both power plants. At the Romanian power plant Cernavoda, we found excess levels of 14 C in grass wit…
Potential Influence of Diet on Bomb-Pulse Dating of Human Plaque Samples
The radiocarbon concentration of different atherosclerotic plaque fragments obtained from 20 patients in Portugal, operated in 2000–2001, has been measured in order to define the year of plaque formation. A difference of 1.8–15 yr was observed, with the mean and median both 9 yr, between the bomb-pulse date estimated with the CALIBomb software and the operation date. Stable isotope (δ 13 C and δ 15 N) analysis was also performed and provides insi…
Environmental Levels of Radiocarbon in Lund, Sweden, Prior to the Start of the European Spallation Source
The European Spallation Source (ESS) is a neutron-based research facility under construction in Lund in southern Sweden. The spallation reactions will generate not only the desired neutrons, but also many radioactive by-products, including 14 C. As part of the licensing process, and as recommended by the IAEA, various preoperational studies are being carried out, including mapping the “zero-point” radiation environment around the site. As the cit…
Chemistry (4 works) · Physics (4 works) · Radiocarbon dating (4 works) · Radiochemistry (4 works) · Environmental Science (3 works) · Geology (3 works) · Nuclear physics (3 works) · Radioactive contamination and transfer (3 works) · Radionuclide (3 works) · Accelerator mass spectrometry (2 works)