AbstractThis paper presents the possibility of using ICP-MS for the determination of total U and its isotopes: U-232, U-233, U-234, U-235, U-236, U-238 in different uranium compounds. The limit of detection (LOD) for U-238 in standard solution was 10 pg g-1. To obtain lower LOD, ultrasonic nebulizer U 6000AT+ was tested. To obtain accurate results in isotopic analysis, all potential interferences were investigated and necessary corrections were fixed experimentally. Elaborated analytical procedures were applied to the analysis of uranium samples for their characterization, as well as to the determination of U isotopes separated from irradiated thorium oxide
Precise measurement of 234U/238U and 235U/238U isotope ratios was performed using multi-collector in...
Inductively coupled plasma mass spectrometry (ICP-MS) has been used for the determination of trace e...
Inductively coupled plasma cavity ringdown spectroscopy (ICP-CRDS) is applied to isotopic measuremen...
AbstractThis paper presents the possibility of using ICP-MS for the determination of total U and its...
Precise long-term measurements of uranium and thorium isotope ratios was carried out in 1 mu g/L sol...
The precise and accurate determination of uranium isotope ratios is of importance for the nuclear in...
International audienceDetermination of uranium isotope ratios is of great expedience for assessing i...
Analytical procedures for the reliable determination of uranium isotopes employing a commercially av...
International audienceDetermination of uranium isotope ratios is of great expedience for assessing i...
International audienceDetermination of uranium isotope ratios is of great expedience for assessing i...
A new analytical procedure was developed for the determination of U and Th concentrations and the U-...
International audienceDetermination of uranium isotope ratios is of great expedience for assessing i...
Techniques used for the measurement of thorium and uranium isotope ratios in low-concentration (<0.1...
ICP-MS is becoming a competitive technique for measurement of plutonium isotopes. Besides the abunda...
The main factors affecting the accurate and precise determination of U-236 using ICP-MS are instrume...
Precise measurement of 234U/238U and 235U/238U isotope ratios was performed using multi-collector in...
Inductively coupled plasma mass spectrometry (ICP-MS) has been used for the determination of trace e...
Inductively coupled plasma cavity ringdown spectroscopy (ICP-CRDS) is applied to isotopic measuremen...
AbstractThis paper presents the possibility of using ICP-MS for the determination of total U and its...
Precise long-term measurements of uranium and thorium isotope ratios was carried out in 1 mu g/L sol...
The precise and accurate determination of uranium isotope ratios is of importance for the nuclear in...
International audienceDetermination of uranium isotope ratios is of great expedience for assessing i...
Analytical procedures for the reliable determination of uranium isotopes employing a commercially av...
International audienceDetermination of uranium isotope ratios is of great expedience for assessing i...
International audienceDetermination of uranium isotope ratios is of great expedience for assessing i...
A new analytical procedure was developed for the determination of U and Th concentrations and the U-...
International audienceDetermination of uranium isotope ratios is of great expedience for assessing i...
Techniques used for the measurement of thorium and uranium isotope ratios in low-concentration (<0.1...
ICP-MS is becoming a competitive technique for measurement of plutonium isotopes. Besides the abunda...
The main factors affecting the accurate and precise determination of U-236 using ICP-MS are instrume...
Precise measurement of 234U/238U and 235U/238U isotope ratios was performed using multi-collector in...
Inductively coupled plasma mass spectrometry (ICP-MS) has been used for the determination of trace e...
Inductively coupled plasma cavity ringdown spectroscopy (ICP-CRDS) is applied to isotopic measuremen...