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Can I read Concept of optimization for geologic disposal combined with P&B/T (partitioning, and burning and/or transmutation) treatment in self-completed fuel cycle on EtoBox?
Concept of optimization for geologic disposal combined with P&B/T (partitioning, and burning and/or transmutation) treatment in self-completed fuel cycle by Kitamoto Asashi; Mulyanto is a Engineering article available to read on EtoBox.
What is Concept of optimization for geologic disposal combined with P&B/T (partitioning, and burning and/or transmutation) treatment in self-completed fuel cycle about?
Self-Completed Fuel Cycle combined with multiple-recycle P&B/T (partifronmng. and burnrng andor tronsmutafion) treatment has the potential merits for improvmg the present geologic disposal scenano. and 1s discussed herein based on three plus one criteria for partitioning. The number reduction of GSC (glass solidi$ed canister, i.e. wasfe package) is important concept to decrease the cost of geologic disposal. The cost needed for P&BIT treatment can be saved by the number reduction of GSC than the current disposal scenario. The total cost for P&BIT treatment with thermal and fast B/T reactors can be minimized by the vacation of recycle period, and by the adjustment of out-core opfimizalion and in-core optimization. The partitioning can he done by three plus one crlferia, that is (1) the selection of long-lived radio-nuclide with high Hazard Index at 1,000 years after the fuel discharge, (2) the selection of radio-nucbde wth high mobility through deep geologic media, and (3) the grouping of MA (minor actinide) and LLFP (long-lived fission product) selected by the Items (1) and (2). based on B/T characteristics and decay acceleration ratio of nuclear reactions.
Who reads Concept of optimization for geologic disposal combined with P&B/T (partitioning, and burning and/or transmutation) treatment in self-completed fuel cycle?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Kitamoto Asashi; Mulyanto
- Publisher
- Elsevier Science; Elsevier ; Elsevier BV (ISSN 0149-1970)
- Published
- 1998
- Language
- EN
- Field
- Engineering (Physical Sciences)