Depleted uranium (DU) is a by-product of uranium enrichment process and its use is very dangerous and harmful. We measured uranium concentration in the surface soil (0-5 cm depth) from bomb craters caused by cruise missiles in which DU might have been used as counterweights during NATO attack. Total uranium concentration and isotopic ratio were determined using y-spectrometry and inductively coupled plasma method. Obtained results were in the range 1.7 - 22 mg/kg dry soil that was comparable to the uranium values found in off-side locations of Serbian soils
Lichen and Moss are widely used to assess the atmospheric pollution by heavy metals and radionuclide...
Precise and accurate measurement of uranium isotope ratio is essential in environmental monitoring o...
Uranium isotopic compositions were determined in over 500 soil samples from the Greenham Common Air ...
The main results of chemical and radiochemical characterization and fractionation of depleted uraniu...
Goal, Scope and Background. During the Balkan conflict in 1999, soil in contaminated areas was enric...
The military use of depleted uranium (DU) initiated the need for an efficient and reliable method to...
A soil profile was sampled in 2002 from a soil in which a depleted uranium (DU) ammunition penetrato...
Depleted uranium (DU) has become a soil contaminant of considerable concern in many combat zones and...
An analytical method is described for the estimation of uranium concentrations, of U-235/U-238 and U...
- As is well known ammunitions containing depleted uranium (DU) were used by NATO during the Balkan ...
First published as an Advance Article on the web 18th September 2002 This work presents experimental...
The uranium content and 235U/238U atom ratio were determined in soils and earthworms of an area of K...
Depleted uranium (DU) weapons testing programmes have been conducted at two locations within the UK....
Military use of ammunition with depleted uranium at South Serbia, caused contamination of the enviro...
Depleted uranium (DU) weapons testing programmes have been conducted at two locations within the UK....
Lichen and Moss are widely used to assess the atmospheric pollution by heavy metals and radionuclide...
Precise and accurate measurement of uranium isotope ratio is essential in environmental monitoring o...
Uranium isotopic compositions were determined in over 500 soil samples from the Greenham Common Air ...
The main results of chemical and radiochemical characterization and fractionation of depleted uraniu...
Goal, Scope and Background. During the Balkan conflict in 1999, soil in contaminated areas was enric...
The military use of depleted uranium (DU) initiated the need for an efficient and reliable method to...
A soil profile was sampled in 2002 from a soil in which a depleted uranium (DU) ammunition penetrato...
Depleted uranium (DU) has become a soil contaminant of considerable concern in many combat zones and...
An analytical method is described for the estimation of uranium concentrations, of U-235/U-238 and U...
- As is well known ammunitions containing depleted uranium (DU) were used by NATO during the Balkan ...
First published as an Advance Article on the web 18th September 2002 This work presents experimental...
The uranium content and 235U/238U atom ratio were determined in soils and earthworms of an area of K...
Depleted uranium (DU) weapons testing programmes have been conducted at two locations within the UK....
Military use of ammunition with depleted uranium at South Serbia, caused contamination of the enviro...
Depleted uranium (DU) weapons testing programmes have been conducted at two locations within the UK....
Lichen and Moss are widely used to assess the atmospheric pollution by heavy metals and radionuclide...
Precise and accurate measurement of uranium isotope ratio is essential in environmental monitoring o...
Uranium isotopic compositions were determined in over 500 soil samples from the Greenham Common Air ...