In situ analysis has become increasingly important for contaminated land investigation and remediation. At present, portable techniques are used mainly as scanning tools to assess the spread and magnitude of the contamination, and are an adjunct to conventional laboratory analyses. A site in Cornwall, containing naturally occurring radioactive material (NORM), provided an opportunity for Reading University PhD student Anna Kutner to compare analytical data collected in situ with data generated by laboratory-based methods. The preliminary results in this paper extend the author‟s poster presentation at last September‟s GeoSpec2010 conference held in Lancaster
The goal in characterizing radioactively contaminated soil is to quantify the degree of contaminatio...
International audienceNaturally occurring radioactive materials (NORM) are present worldwide and und...
The extent of radiocaesium retention in soil is important to quantify the risk of further foodchain ...
In situ analysis has become increasingly important for contaminated land investigation and remediati...
Human beings are exposed to radiation from various sources. The major source which everybody is ubiq...
In case of a release of radioactive nuclides into the environment it is necessary to have reliable ...
Measurements made in situ with gamma detectors and ex situ measurements of soil samples in a laborat...
Nowadays, nuclear industry is facing a crucial need in establishing radiological characterization fo...
Naturally occurring radioactive materials (NORM) are everywhere and we are constantly exposed to it....
Abstract. In this study we investigated artificial (137Cs, 90Sr) and natural (40K) radioisotopes’ ve...
Radon (222Rn) and thoron (220Rn) account for almost two-thirds of the annual average radiation dose ...
Lead-210 is a naturally occurring radionuclide of great importance for environmental studies. Its ve...
Context: The soil is a complex mixture of different compounds and rocks. In the natural environment,...
The collection of representative soil samples in the territory of settlements and subsequent measure...
We present characterisation data for sediments consistent with the quaternary lithography located be...
The goal in characterizing radioactively contaminated soil is to quantify the degree of contaminatio...
International audienceNaturally occurring radioactive materials (NORM) are present worldwide and und...
The extent of radiocaesium retention in soil is important to quantify the risk of further foodchain ...
In situ analysis has become increasingly important for contaminated land investigation and remediati...
Human beings are exposed to radiation from various sources. The major source which everybody is ubiq...
In case of a release of radioactive nuclides into the environment it is necessary to have reliable ...
Measurements made in situ with gamma detectors and ex situ measurements of soil samples in a laborat...
Nowadays, nuclear industry is facing a crucial need in establishing radiological characterization fo...
Naturally occurring radioactive materials (NORM) are everywhere and we are constantly exposed to it....
Abstract. In this study we investigated artificial (137Cs, 90Sr) and natural (40K) radioisotopes’ ve...
Radon (222Rn) and thoron (220Rn) account for almost two-thirds of the annual average radiation dose ...
Lead-210 is a naturally occurring radionuclide of great importance for environmental studies. Its ve...
Context: The soil is a complex mixture of different compounds and rocks. In the natural environment,...
The collection of representative soil samples in the territory of settlements and subsequent measure...
We present characterisation data for sediments consistent with the quaternary lithography located be...
The goal in characterizing radioactively contaminated soil is to quantify the degree of contaminatio...
International audienceNaturally occurring radioactive materials (NORM) are present worldwide and und...
The extent of radiocaesium retention in soil is important to quantify the risk of further foodchain ...