The Experts below are selected from a list of 3 Experts worldwide ranked by ideXlab platform
Mariana Ciubotariu - One of the best experts on this subject based on the ideXlab platform.
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on the radiocolloidal and pseudoradiocolloidal state of the Fissionable Element solutions
Nuclear Tracks and Radiation Measurements, 1993Co-Authors: Ana Danis, D Dorcioman, Mariana CiubotariuAbstract:Abstract Experimental results obtained in the investigation of the natural transition from U homogeneous solutions to radiocolloidal and/or pseudoradiocolloidal solutions are described. Using the fission track method the state of U solutions was studied taking into consideration: the chemical compound of Uranium disolved in solution, the U concentration, the pH of the solution, the purity of the solvent. The conditions in which the initial homogeneity of U solutions can be kept even more than 10 years are specified.
Ana Danis - One of the best experts on this subject based on the ideXlab platform.
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on the radiocolloidal and pseudoradiocolloidal state of the Fissionable Element solutions
Nuclear Tracks and Radiation Measurements, 1993Co-Authors: Ana Danis, D Dorcioman, Mariana CiubotariuAbstract:Abstract Experimental results obtained in the investigation of the natural transition from U homogeneous solutions to radiocolloidal and/or pseudoradiocolloidal solutions are described. Using the fission track method the state of U solutions was studied taking into consideration: the chemical compound of Uranium disolved in solution, the U concentration, the pH of the solution, the purity of the solvent. The conditions in which the initial homogeneity of U solutions can be kept even more than 10 years are specified.
D Dorcioman - One of the best experts on this subject based on the ideXlab platform.
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on the radiocolloidal and pseudoradiocolloidal state of the Fissionable Element solutions
Nuclear Tracks and Radiation Measurements, 1993Co-Authors: Ana Danis, D Dorcioman, Mariana CiubotariuAbstract:Abstract Experimental results obtained in the investigation of the natural transition from U homogeneous solutions to radiocolloidal and/or pseudoradiocolloidal solutions are described. Using the fission track method the state of U solutions was studied taking into consideration: the chemical compound of Uranium disolved in solution, the U concentration, the pH of the solution, the purity of the solvent. The conditions in which the initial homogeneity of U solutions can be kept even more than 10 years are specified.