Abstract
Transmutation of long-lived fission products and actinides by neutrons is an alternative of waste removal. An analysis of actinide radiation reprocessing with high intensive (up to 3x10{sup 17} n/cm{sup 2}xs) neutron fluxes with energy spectra identical to those which are in existence and may be in alternative nuclear power installations is given. For equal radiation reprocessing rate the high intensive fast neutron sources based on Li(d,n) and Be(d,n) stripping reactions have an advantage since they permit to reprocess the largest quantity of initial actinides with minimal level of daughter transuranium element formation. 23 refs.; 6 figs.; 14 tables. (author).
Citation Formats
Mushnikov, V N, Shilyaev, B A, Ozhigov, L S, Neklyudov, I M, Khizhnyak, N A, and Pasechnik, S G.
On the possibility of actinide radiation reprocessing by high intensive neutron fluxes of different energies; O vozmozhnosti radiatsionnoj pererabotki aktinoidov vysokointensivnymi potokami nejtronov razlichnoj ehnergii.
Ukraine: N. p.,
1991.
Web.
Mushnikov, V N, Shilyaev, B A, Ozhigov, L S, Neklyudov, I M, Khizhnyak, N A, & Pasechnik, S G.
On the possibility of actinide radiation reprocessing by high intensive neutron fluxes of different energies; O vozmozhnosti radiatsionnoj pererabotki aktinoidov vysokointensivnymi potokami nejtronov razlichnoj ehnergii.
Ukraine.
Mushnikov, V N, Shilyaev, B A, Ozhigov, L S, Neklyudov, I M, Khizhnyak, N A, and Pasechnik, S G.
1991.
"On the possibility of actinide radiation reprocessing by high intensive neutron fluxes of different energies; O vozmozhnosti radiatsionnoj pererabotki aktinoidov vysokointensivnymi potokami nejtronov razlichnoj ehnergii."
Ukraine.
@misc{etde_10135727,
title = {On the possibility of actinide radiation reprocessing by high intensive neutron fluxes of different energies; O vozmozhnosti radiatsionnoj pererabotki aktinoidov vysokointensivnymi potokami nejtronov razlichnoj ehnergii}
author = {Mushnikov, V N, Shilyaev, B A, Ozhigov, L S, Neklyudov, I M, Khizhnyak, N A, and Pasechnik, S G}
abstractNote = {Transmutation of long-lived fission products and actinides by neutrons is an alternative of waste removal. An analysis of actinide radiation reprocessing with high intensive (up to 3x10{sup 17} n/cm{sup 2}xs) neutron fluxes with energy spectra identical to those which are in existence and may be in alternative nuclear power installations is given. For equal radiation reprocessing rate the high intensive fast neutron sources based on Li(d,n) and Be(d,n) stripping reactions have an advantage since they permit to reprocess the largest quantity of initial actinides with minimal level of daughter transuranium element formation. 23 refs.; 6 figs.; 14 tables. (author).}
place = {Ukraine}
year = {1991}
month = {Dec}
}
title = {On the possibility of actinide radiation reprocessing by high intensive neutron fluxes of different energies; O vozmozhnosti radiatsionnoj pererabotki aktinoidov vysokointensivnymi potokami nejtronov razlichnoj ehnergii}
author = {Mushnikov, V N, Shilyaev, B A, Ozhigov, L S, Neklyudov, I M, Khizhnyak, N A, and Pasechnik, S G}
abstractNote = {Transmutation of long-lived fission products and actinides by neutrons is an alternative of waste removal. An analysis of actinide radiation reprocessing with high intensive (up to 3x10{sup 17} n/cm{sup 2}xs) neutron fluxes with energy spectra identical to those which are in existence and may be in alternative nuclear power installations is given. For equal radiation reprocessing rate the high intensive fast neutron sources based on Li(d,n) and Be(d,n) stripping reactions have an advantage since they permit to reprocess the largest quantity of initial actinides with minimal level of daughter transuranium element formation. 23 refs.; 6 figs.; 14 tables. (author).}
place = {Ukraine}
year = {1991}
month = {Dec}
}