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- W3197519299 abstract "• A concept of a critical low power reactor called Critical Assembly for 99 Mo Isotope Production (CAMOLYP) was designed using a 232 Th- 233 U fuel cycle. • CAMOLYP conceptual design is a modular thermal breeder reactor similar to AHR. • Small conversion ratio due to large parasitic neutron capture by 1 H, ‘14 N, and 16 O nuclides. • Proper moderator and fuel must be considered in designing a breeder reactor. A concept of a critical low power reactor called Critical Assembly for 99 Mo Isotope Production (CAMOLYP) was designed using a 232 Th- 233 U fuel cycle. The dependence of 235 U for producing 99 Mo isotope is expected to be minimized by utilizing the breeding of 232 Th which is more abundant in nature. Unfortunately, CAMOLYP's conversion ratio is unknown yet. Therefore, a neutronic analysis and design modification of CAMOLYP are needed. The method used is to perform neutronic analysis to determine reactor criticality, conversion ratio, and neutron flux by using MCNPX 2.7. The results show that the proposed CAMOLYP's design has the highest conversion ratio of 0.106639. The conversion ratio of this reactor type is very small because of the sizeable parasitic neutron capture by 1 H nuclides in the water and the considerable neutron leakage at the top and bottom of the reactor core. Therefore, the CAMOLYP reactor can't entirely reduce the dependence on 235 U." @default.
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- W3197519299 date "2021-11-01" @default.
- W3197519299 modified "2023-10-14" @default.
- W3197519299 title "Conversion ratio analysis of CAMOLYP reactor design concept" @default.
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- W3197519299 doi "https://doi.org/10.1016/j.nucengdes.2021.111428" @default.
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