The research is designed to evaluate the impact of metal-reducing bacteria on the release of radionuclides, specifically uranium and plutonium, from iron hydroxide minerals formed on the surfaces of corroding mild and stainless steels. The ultimate goal is to develop a safe and effective biological approach for decontaminating mild and stainless steels that were used in the production, transport, and storage of radioactive materials
The proposed research aimed to develop a fundamental understanding of important biological and physi...
There has been a dramatic increase in the understanding of the biological mechanisms underpinning me...
In Finland the corrosion studies of metallic waste were started in 1998. First studies concentrated ...
The research is designed to develop a safe and effective biological approach for decontaminating mil...
The ultimate goal of this project was to demonstrate that metal-reducing bacteria could be used to r...
Microorganisms have the capacity to modify iron oxides during anaerobic respiration. When the dissim...
A laboratory system for studying the microbiological corrosion of stainless steel decommissioning wa...
This project addresses key fundamental issues involved in the use of simple and safe methods for the...
International audienceThis study emphasizes different experimental approaches and provides perspecti...
The objective of this study was to demonstrate applicability of an innovative radioactive isotope me...
Low and intermediate level radioactive waste (LLW and ILW) comprises of radiation- contaminated mate...
International audienceIn deep geological environments foreseen for the disposal of radioactive waste...
Microbiologically influenced corrosion (MIC) may decrease the functional lifetime of nuclear waste p...
Microbially induced corrosion in deep bedrock is important when evaluating long-term safety of dispo...
The U.S. Department of Energy is contributing to the design of a potential nuclear-waste repository ...
The proposed research aimed to develop a fundamental understanding of important biological and physi...
There has been a dramatic increase in the understanding of the biological mechanisms underpinning me...
In Finland the corrosion studies of metallic waste were started in 1998. First studies concentrated ...
The research is designed to develop a safe and effective biological approach for decontaminating mil...
The ultimate goal of this project was to demonstrate that metal-reducing bacteria could be used to r...
Microorganisms have the capacity to modify iron oxides during anaerobic respiration. When the dissim...
A laboratory system for studying the microbiological corrosion of stainless steel decommissioning wa...
This project addresses key fundamental issues involved in the use of simple and safe methods for the...
International audienceThis study emphasizes different experimental approaches and provides perspecti...
The objective of this study was to demonstrate applicability of an innovative radioactive isotope me...
Low and intermediate level radioactive waste (LLW and ILW) comprises of radiation- contaminated mate...
International audienceIn deep geological environments foreseen for the disposal of radioactive waste...
Microbiologically influenced corrosion (MIC) may decrease the functional lifetime of nuclear waste p...
Microbially induced corrosion in deep bedrock is important when evaluating long-term safety of dispo...
The U.S. Department of Energy is contributing to the design of a potential nuclear-waste repository ...
The proposed research aimed to develop a fundamental understanding of important biological and physi...
There has been a dramatic increase in the understanding of the biological mechanisms underpinning me...
In Finland the corrosion studies of metallic waste were started in 1998. First studies concentrated ...