The research in Y02 was focused on the design and execution of experiments in the abiotic reduction of U(VI) by simulated biogenic Fe(II) in porous medium under conditions of flow, and on the development of appropriate descriptive theory. Because the project started only in February of this year, we are reporting some work in progress
The oxidative remobilization of uranium from biogenic U(IV) precipitates was investigated in bioredu...
The bioremediation of uranium-contaminated sites is based on the amendment of an electron donor to ...
This research sought to examine biogeochemical processes likely to take place in the less conductive...
The research in FY04 was focused in five specific topics: (1) U(VI) sorption on microbially and abio...
Our new research project (started Fall 2004) was funded by a grant to The Pennsylvania State Univers...
Our research focused on (1) microbial reduction of Fe(III) and U(VI) individually, and concomitantly...
Subsurface contamination by metals and radionuclides represent some of the most challenging remediat...
Although the fundamental microbiological and geochemical processes underlying the potential use of d...
The purposes of this report are to: (1) to determine how flow and transport influence the distributi...
This research project (started Fall 2004) was funded by a grant to The Pennsylvania State University...
The purpose of this research was to provide information to DOE on microbiological and geochemical pr...
Studies were conducted primarily with sediments, both in laboratory incubations and in a field exper...
The influence of sediment bioreduction and reoxidation on U(VI) sorption was studied using Fe(III) o...
Reductive immobilization of uranium by the stimulation of dissimilatory metal-reducing bacteria (DMR...
Reductive immobilization of uranium by the stimulation of dissimilatory metal-reducing bacteria (DMR...
The oxidative remobilization of uranium from biogenic U(IV) precipitates was investigated in bioredu...
The bioremediation of uranium-contaminated sites is based on the amendment of an electron donor to ...
This research sought to examine biogeochemical processes likely to take place in the less conductive...
The research in FY04 was focused in five specific topics: (1) U(VI) sorption on microbially and abio...
Our new research project (started Fall 2004) was funded by a grant to The Pennsylvania State Univers...
Our research focused on (1) microbial reduction of Fe(III) and U(VI) individually, and concomitantly...
Subsurface contamination by metals and radionuclides represent some of the most challenging remediat...
Although the fundamental microbiological and geochemical processes underlying the potential use of d...
The purposes of this report are to: (1) to determine how flow and transport influence the distributi...
This research project (started Fall 2004) was funded by a grant to The Pennsylvania State University...
The purpose of this research was to provide information to DOE on microbiological and geochemical pr...
Studies were conducted primarily with sediments, both in laboratory incubations and in a field exper...
The influence of sediment bioreduction and reoxidation on U(VI) sorption was studied using Fe(III) o...
Reductive immobilization of uranium by the stimulation of dissimilatory metal-reducing bacteria (DMR...
Reductive immobilization of uranium by the stimulation of dissimilatory metal-reducing bacteria (DMR...
The oxidative remobilization of uranium from biogenic U(IV) precipitates was investigated in bioredu...
The bioremediation of uranium-contaminated sites is based on the amendment of an electron donor to ...
This research sought to examine biogeochemical processes likely to take place in the less conductive...