International audienceThis review concerns the speciation of protactinium in aqueous solution under its both oxidation states +IV and +V. Emphasis is placed on experimental data obtained at trace level but also in macroscopic amount leading to the determination of thermodynamic and structural data. Thus, the complexation of Pa(V) with mineral acids and organic acids, mainly polyaminocarboxylic acids (iminodiacetic acid [IDA], nitrilotriacetic acid [NTA], ethylenediaminetetraacetic acid [EDTA] and diethylenetriaminepentaacetic acid [DTPA]) are highlighted and compared. The review also includes the actual knowledge about the Pa(IV) aqueous chemistry pinpointing its spectroscopic features
Europium(II) was found to be an excellent reductant for reducing protactinium in microquantities to ...
The complex formation of protactinium(V) with DTPA was studied at different temperatures (25–50 °C)...
International audienceProtactinium (Z = 91) is a very rare actinide with peculiar physico-chemical p...
The liquid zinc amalgam method was developed as a rapid procedure for the reduction of pentavalent p...
The complex formation of protactinium(V) with DTPA was studied at different temperatures (25-50 °C) ...
Solvent extraction in the conditions of tracer scale chemistry was used to study protactinium(V) com...
National audienceIt is of fundamental interest to understand and predict the chemistry of rare radio...
The separation of Pa(IV) and Pa(V) was investigated using various co-precipitants which were insolub...
Studies of the chemical behavior of protactinium (V) were carried out with the TTA-benzene extractio...
The behavior of pentavalent protactinium in sulfuric acid solutions was investigated by paper electr...
The behavior of Pa(IV) during extraction with TTA was investigated in perchlorate, chloride, and sul...
Studies of the chemical behavior of protactinium (V) in a perchloric acid solution were carried out ...
With a view to understand the reasons for the confusion in published works as to the chemical behavi...
Europium(II) was found to be an excellent reductant for reducing protactinium in microquantities to ...
The complex formation of protactinium(V) with DTPA was studied at different temperatures (25–50 °C)...
International audienceProtactinium (Z = 91) is a very rare actinide with peculiar physico-chemical p...
The liquid zinc amalgam method was developed as a rapid procedure for the reduction of pentavalent p...
The complex formation of protactinium(V) with DTPA was studied at different temperatures (25-50 °C) ...
Solvent extraction in the conditions of tracer scale chemistry was used to study protactinium(V) com...
National audienceIt is of fundamental interest to understand and predict the chemistry of rare radio...
The separation of Pa(IV) and Pa(V) was investigated using various co-precipitants which were insolub...
Studies of the chemical behavior of protactinium (V) were carried out with the TTA-benzene extractio...
The behavior of pentavalent protactinium in sulfuric acid solutions was investigated by paper electr...
The behavior of Pa(IV) during extraction with TTA was investigated in perchlorate, chloride, and sul...
Studies of the chemical behavior of protactinium (V) in a perchloric acid solution were carried out ...
With a view to understand the reasons for the confusion in published works as to the chemical behavi...
Europium(II) was found to be an excellent reductant for reducing protactinium in microquantities to ...
The complex formation of protactinium(V) with DTPA was studied at different temperatures (25–50 °C)...
International audienceProtactinium (Z = 91) is a very rare actinide with peculiar physico-chemical p...