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Legin, E. K.; Suglobov, D.N.; Trifonov, Yu. I.; Khokhlov, M. L.; Legina, E. E.; Kuznetsov, Yu.V.

doi:10.1023/a:1012879601972

Radiochemistry

2001

DOI: 10.1023/a:1012879601972

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E. K. Legin

D.N. Suglobov

Yu. I. Trifonov

et al.

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“…Therefore, it is advisable to perform laboratory leaching experiments with model systems. Also we reported on biosolubilization of synthetic Pu-containing Ca,Fe-fulvate gel films in aqueous soil extracts [10]. Under gleyzation conditions (stagnant-drainage water regime), the leaching of MCC-derived radionuclides was demonstrated to correlate linearly with that of iron.…”

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confidence: 94%

10.1007/s11137-008-1017-0

2000

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Gleyzation-mediated leaching of radiostrontium from floodplain soils of the Krasnoyarsk Mining and Chemical Combine (MCC) activity zone [Atamanovskii Island (front part), Oseredysh Island (front part), and Berezovyi Island (rear part)] is studied with model systems. Leaching of radiostrontium from waterlogged soils is analyzed in terms of the model of anaerobic biosolubilization of gel films. The leaching of radiostrontium is found to correlate with that of iron, confirming the cosolubilization model. Addition of glucose (0.5%) as a stimulant for growth of iron-reducing microorganisms increases the dynamic coefficient of radiostrontium leaching, particularly in soils with lower organic matter content. The model experiments showed that the radiostrontium leaching rate from floodplain soil is higher by 2!3 orders of magnitude than that of radiocesium, suggesting the possibility of escape of radiostrontium from the floodplain of the Yenisei River with the intrasoil runoff. This conclusion is supported by the experimental data on the 90 Sr/ 137 Cs ratio in the floodplain of the Yenisei River downstream of MCC (0.01! 0.1).

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confidence: 94%

10.1007/s11137-008-1017-0

2000

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Effect of gleysation on remobilization of radionuclides in waterlogged soils

Legin

Trifonov

Khokhlov

et al. 2004

Comptes Rendus. Chimie

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Distribution of 152Eu and 154Eu in the ‘alluvial soil–rhizosphere–plant roots’ system

Kropatcheva

Chuguevsky

Melgunov

2012

Journal of Environmental Radioactivity

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Untitled

Cited by 3 publications

References 3 publications

10.1007/s11137-008-1017-0

10.1007/s11137-008-1017-0

Effect of gleysation on remobilization of radionuclides in waterlogged soils

Distribution of 152Eu and 154Eu in the ‘alluvial soil–rhizosphere–plant roots’ system

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