Abstract
The ultimate release of radionuclides from a radioactive waste repository will depend upon the natural and man-made barriers surrounding the site. An opportunity exists to enhance natural radionuclide retention through improved sorption, by the use of suitable additives applied to the repository backfill material. This programme of work was designed to identify problem isotopes, to search for suitable materials to enhance their retention and ultimately to provide, through experimental studies, an understanding of their effectiveness under repository conditions. (Author).
Citation Formats
Holland, T R, and Lee, D J.
Radionuclide getters in the near-field chemistry of repositories. Final report.
United Kingdom: N. p.,
1993.
Web.
Holland, T R, & Lee, D J.
Radionuclide getters in the near-field chemistry of repositories. Final report.
United Kingdom.
Holland, T R, and Lee, D J.
1993.
"Radionuclide getters in the near-field chemistry of repositories. Final report."
United Kingdom.
@misc{etde_10127267,
title = {Radionuclide getters in the near-field chemistry of repositories. Final report}
author = {Holland, T R, and Lee, D J}
abstractNote = {The ultimate release of radionuclides from a radioactive waste repository will depend upon the natural and man-made barriers surrounding the site. An opportunity exists to enhance natural radionuclide retention through improved sorption, by the use of suitable additives applied to the repository backfill material. This programme of work was designed to identify problem isotopes, to search for suitable materials to enhance their retention and ultimately to provide, through experimental studies, an understanding of their effectiveness under repository conditions. (Author).}
place = {United Kingdom}
year = {1993}
month = {Jan}
}
title = {Radionuclide getters in the near-field chemistry of repositories. Final report}
author = {Holland, T R, and Lee, D J}
abstractNote = {The ultimate release of radionuclides from a radioactive waste repository will depend upon the natural and man-made barriers surrounding the site. An opportunity exists to enhance natural radionuclide retention through improved sorption, by the use of suitable additives applied to the repository backfill material. This programme of work was designed to identify problem isotopes, to search for suitable materials to enhance their retention and ultimately to provide, through experimental studies, an understanding of their effectiveness under repository conditions. (Author).}
place = {United Kingdom}
year = {1993}
month = {Jan}
}