An ion exchange technique separates plutonium from uranium using Dowex-1 resin and a methanol--HCl plutonium elutriant. The method is applicable to both trace uranium determination and uranium isotopic distribution analysis by mass spectrometry. Distribution coefficients for plutonium, and elution curves for uranium and plutonium are shown. For uranium analysis the percent relative standard deviation is 0.8 at 120-2400 micrograms uranium per gram plutonium and 5.0 at 5 micrograms uranium per gram plutonium. (auth
It is well known that ammunition containing depleted uranium (DU) was used by NATO during the Balkan...
A rapid and highly precise method was developed for the separation of uranium from soil samples for ...
The separation of metallic impurities from uranium by anion exchange with a Dowex 1×8 resin has been...
We are studying the isotope dilution gamma-ray spectrometry (IDGS) technique for the simultaneous me...
Radioisotopes of uranium, thorium and plutonium in water, soil and fertilizer samples, have been che...
This paper reports an analytical method for the determination of plutonium isotopes (238Pu, 239Pu, 2...
The isotopic composition of plutonium and uranium is needed for purposes of sample confirmation, or ...
It is shown that the method of x-ray emission spectrometry can be extended advantageously to the det...
A separation method using TEVA Spec resin (Eichrom Industries Inc.) was studied for a simple and rap...
A simple and robust method was developed for the chemical separation of uranium and plutonium from m...
A rapid and highly precise method, which uses a borate fusion, of U and Pu determination in soils, s...
ICP-MS was applied to determine the concentration of 239Pu and 240Pu and their isotope ratio in envi...
Accurate determination of uranium isotope ratio can act as an efficient fingerprint in the nuclear f...
A rapid and highly precise method was developed for the separation of uranium from soil samples for ...
It is well known that ammunition containing depleted uranium (DU) was used by NATO during the Balkan...
It is well known that ammunition containing depleted uranium (DU) was used by NATO during the Balkan...
A rapid and highly precise method was developed for the separation of uranium from soil samples for ...
The separation of metallic impurities from uranium by anion exchange with a Dowex 1×8 resin has been...
We are studying the isotope dilution gamma-ray spectrometry (IDGS) technique for the simultaneous me...
Radioisotopes of uranium, thorium and plutonium in water, soil and fertilizer samples, have been che...
This paper reports an analytical method for the determination of plutonium isotopes (238Pu, 239Pu, 2...
The isotopic composition of plutonium and uranium is needed for purposes of sample confirmation, or ...
It is shown that the method of x-ray emission spectrometry can be extended advantageously to the det...
A separation method using TEVA Spec resin (Eichrom Industries Inc.) was studied for a simple and rap...
A simple and robust method was developed for the chemical separation of uranium and plutonium from m...
A rapid and highly precise method, which uses a borate fusion, of U and Pu determination in soils, s...
ICP-MS was applied to determine the concentration of 239Pu and 240Pu and their isotope ratio in envi...
Accurate determination of uranium isotope ratio can act as an efficient fingerprint in the nuclear f...
A rapid and highly precise method was developed for the separation of uranium from soil samples for ...
It is well known that ammunition containing depleted uranium (DU) was used by NATO during the Balkan...
It is well known that ammunition containing depleted uranium (DU) was used by NATO during the Balkan...
A rapid and highly precise method was developed for the separation of uranium from soil samples for ...
The separation of metallic impurities from uranium by anion exchange with a Dowex 1×8 resin has been...