This paper presents a method in which natural radionuclide concentrations of beach sand minerals are traced along a stretch of coast by cluster analysis. This analysis yields two groups of mineral deposit with different origins. The method deviates from standard methods of following dispersal of radionuclides in the environment, which are usually based on the construction of lines of equal concentrations. The paper focuses on the methodology of quantitatively correlating activity concentrations of natural radionuclides in two groups of minerals. The methodology is widely applicable, but is demonstrated for natural radioactivity in beach sands along the coast of South West Australi
Abstract – A reconnaissance study has been made on the distribution of 238U, 232Th, 40K, 137Cs and g...
The radioactivity of heavy mineral sands, due to the inclusion in their crystals of U and Th, has pr...
Southern coastal parts of Kerala are well-reported high background radiation areas. Hence, the radio...
This paper presents a method in which natural radionuclide concentrations of beach sand minerals are...
A transportable and robust gamma ray detection system (GISPI) was employed to determine the concent...
Study is made of the radioactivity in the beach sands of Langkawi island, a well-known tourist desti...
High Background Radiation Areas (HBRAs) have significant levels of radiations due to the presence of...
Heavy mineral sand-deposits are the main sources for the world supply of rare metals such as zirconi...
Black Stone Beach (or Pantai Batu Hitam) of Kuantan, Malaysia is a windy but unique beach located on...
A HPGe (High Purity Germanium) detector based, low background gamma-ray counting system was used for...
Human beings are exposed to radiation from various sources. The major source which everybody is ubiq...
Copyright © 2013 Danilo C. Vasconcelos et al. This is an open access article distributed under the C...
Identification in 1982 on the Dutch Frisian Island of Ameland of beach sand with;ln enhanced level o...
Identification in 1982 on the Dutch Frisian Island of Ameland of beach sand with;ln enhanced level o...
A preliminary study was carried out to determine the radioactivity concentration of 232Th, 226Ra and...
Abstract – A reconnaissance study has been made on the distribution of 238U, 232Th, 40K, 137Cs and g...
The radioactivity of heavy mineral sands, due to the inclusion in their crystals of U and Th, has pr...
Southern coastal parts of Kerala are well-reported high background radiation areas. Hence, the radio...
This paper presents a method in which natural radionuclide concentrations of beach sand minerals are...
A transportable and robust gamma ray detection system (GISPI) was employed to determine the concent...
Study is made of the radioactivity in the beach sands of Langkawi island, a well-known tourist desti...
High Background Radiation Areas (HBRAs) have significant levels of radiations due to the presence of...
Heavy mineral sand-deposits are the main sources for the world supply of rare metals such as zirconi...
Black Stone Beach (or Pantai Batu Hitam) of Kuantan, Malaysia is a windy but unique beach located on...
A HPGe (High Purity Germanium) detector based, low background gamma-ray counting system was used for...
Human beings are exposed to radiation from various sources. The major source which everybody is ubiq...
Copyright © 2013 Danilo C. Vasconcelos et al. This is an open access article distributed under the C...
Identification in 1982 on the Dutch Frisian Island of Ameland of beach sand with;ln enhanced level o...
Identification in 1982 on the Dutch Frisian Island of Ameland of beach sand with;ln enhanced level o...
A preliminary study was carried out to determine the radioactivity concentration of 232Th, 226Ra and...
Abstract – A reconnaissance study has been made on the distribution of 238U, 232Th, 40K, 137Cs and g...
The radioactivity of heavy mineral sands, due to the inclusion in their crystals of U and Th, has pr...
Southern coastal parts of Kerala are well-reported high background radiation areas. Hence, the radio...