1963Unpublished venueOpen access

ORGANOPHOSPHORUS COMPOUNDS, OTHER THAN TBP, FOR PROCESSING OF IRRADIATED FUELS AND BY-PRODUCTS

III, T H Siddall

Open full text 0 citations

Abstract

A brief general discussion is given of the nomenclature and types of organophosphorus compounds that could be useful for aqueous processing of irradiated fuels and byproduct isotopes. Comments are made on the use of compounds that might give substantial process gains even though the compounds may not be readily available. Application of alternative extractant-diluent systems is examined for simultaneous recovery of U and Pu (Purex), simuitaneous recovery of U/sup 233/ and Th (Thorex), and recovery of U alone (enriched uranium or 25''). Recovery of by-product elements such as Pm, Am, and Cm is discussed with particular emphasis on the possible use of bifunctional organophosphorus extractants. A discussion is given of a number of speciflc types of compounds that are of interest to future investigations. These compounds are chosen on the basis of unusual structure, possible effects on synergistic relationships, interesting theoretical possibilities, and practical potential. A brief discussion is given of the powerful synthetic techniques developed over the last few years that make such a wide range of compounds potentially available for study. (auth)

Open-access reader

About this research paper

What this paper is about

A brief general discussion is given of the nomenclature and types of organophosphorus compounds that could be useful for aqueous processing of irradiated fuels and byproduct isotopes. Comments are made on the use of compounds that might give substantial process gains even though the compounds may not be readily available. Application of alternative extractant-diluent systems is examined for simultaneous recovery of U and Pu (Purex), simuitaneous recovery of U/sup 233/ and Th (Thorex), and recovery of U alone (enriched uranium or 25''). Recovery of by-product elements such as Pm, Am, and Cm is discussed with particular emphasis on the possible use of bifunctional organophosphorus extractants. A discussion is given of a number of speciflc types of compounds that are of interest to future investigations. These compounds are chosen on the basis of unusual structure, possible effects on synergistic relationships, interesting theoretical possibilities, and practical potential. A brief discussion is given of the powerful synthetic techniques developed over the last few years that make such a wide range of compounds potentially available for study. (auth)

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

A brief general discussion is given of the nomenclature and types of organophosphorus compounds that could be useful for aqueous processing of irradiated fuels and byproduct isotopes. Comments are made on the use of compounds that might give substantial process gains even though the compounds may not be readily available. Application of alternative extractant-diluent systems is examined for simultaneous recovery of U and Pu (Purex), simuitaneous recovery of U/sup 233/ and Th (Thorex), and recovery of U alone (enriched uranium or 25''). Recovery of by-product elements such as Pm, Am, and Cm is discussed with particular emphasis on the possible use of bifunctional organophosphorus extractants. A discussion is given of a number of speciflc types of compounds that are of interest to future investigations. These compounds are chosen on the basis of unusual structure, possible effects on synergistic relationships, interesting theoretical possibilities, and practical potential. A brief discussion is given of the powerful synthetic techniques developed over the last few years that make such a wide range of compounds potentially available for study. (auth)

Key concepts: Bifunctional, Solvent extraction, Extraction (chemistry), Solvent, Reagent, Chemistry, Radiochemistry, Nuclear chemistry

Related papers

Back to paper searchBrowse research topicsOriginal source
ORGANOPHOSPHORUS COMPOUNDS, OTHER THAN TBP, FOR PROCESSING OF IRRADIATED FUELS AND BY-PRODUCTS — Research Paper | ScholarLens