Abstract
This report presents and discusses work funded by the Department of the Environment and UK Nirex Ltd in the area of sorption of radionuclides under near-field and far-field conditions as related to the underground disposal of radioactive waste in the UK. It is intended as a basis for comparison with work undertaken world-wide in the sorption area, presented in Part II of this review. The UK and overseas work are compared in Part III. From lists of reports and papers supplied by DOE (HMIP) and Nirex, those publications believed to be relevant were selected and are listed here by subject. Summaries of all these reports are included in the form of abstracts, or where available, executive summaries. The work presented is further summarised and discussed. Sections on sorption and laboratory experimental methods are included, along with a section on the level of understanding and outstanding issues. (Author).
Citation Formats
Berry, J A.
A review of sorption of radionuclides under the near- and far-field conditions of an underground radioactive waste repository. Pt. 1. Work funded by the Department of the Environment and UK Nirex Ltd.
United Kingdom: N. p.,
1992.
Web.
Berry, J A.
A review of sorption of radionuclides under the near- and far-field conditions of an underground radioactive waste repository. Pt. 1. Work funded by the Department of the Environment and UK Nirex Ltd.
United Kingdom.
Berry, J A.
1992.
"A review of sorption of radionuclides under the near- and far-field conditions of an underground radioactive waste repository. Pt. 1. Work funded by the Department of the Environment and UK Nirex Ltd."
United Kingdom.
@misc{etde_10132179,
title = {A review of sorption of radionuclides under the near- and far-field conditions of an underground radioactive waste repository. Pt. 1. Work funded by the Department of the Environment and UK Nirex Ltd}
author = {Berry, J A}
abstractNote = {This report presents and discusses work funded by the Department of the Environment and UK Nirex Ltd in the area of sorption of radionuclides under near-field and far-field conditions as related to the underground disposal of radioactive waste in the UK. It is intended as a basis for comparison with work undertaken world-wide in the sorption area, presented in Part II of this review. The UK and overseas work are compared in Part III. From lists of reports and papers supplied by DOE (HMIP) and Nirex, those publications believed to be relevant were selected and are listed here by subject. Summaries of all these reports are included in the form of abstracts, or where available, executive summaries. The work presented is further summarised and discussed. Sections on sorption and laboratory experimental methods are included, along with a section on the level of understanding and outstanding issues. (Author).}
place = {United Kingdom}
year = {1992}
month = {Dec}
}
title = {A review of sorption of radionuclides under the near- and far-field conditions of an underground radioactive waste repository. Pt. 1. Work funded by the Department of the Environment and UK Nirex Ltd}
author = {Berry, J A}
abstractNote = {This report presents and discusses work funded by the Department of the Environment and UK Nirex Ltd in the area of sorption of radionuclides under near-field and far-field conditions as related to the underground disposal of radioactive waste in the UK. It is intended as a basis for comparison with work undertaken world-wide in the sorption area, presented in Part II of this review. The UK and overseas work are compared in Part III. From lists of reports and papers supplied by DOE (HMIP) and Nirex, those publications believed to be relevant were selected and are listed here by subject. Summaries of all these reports are included in the form of abstracts, or where available, executive summaries. The work presented is further summarised and discussed. Sections on sorption and laboratory experimental methods are included, along with a section on the level of understanding and outstanding issues. (Author).}
place = {United Kingdom}
year = {1992}
month = {Dec}
}