U3O8$...0.00%|CCJ$...0.00%|OKLO$...0.00%|CEG$...0.00%|URA$...0.00%|URNM$...0.00%|NXE$...0.00%|U3O8$...0.00%|CCJ$...0.00%|OKLO$...0.00%|CEG$...0.00%|URA$...0.00%|URNM$...0.00%|NXE$...0.00%|
SECOND ATOMIC AGE
reactorsOperating

SM-3

Located in Dimitrovgrad, Russia, at the Research Institute of Atomic Reactors (RIAR), SM-3 is a 100 MWth tank-in-pool research reactor with one of the world’s highest neutron fluxes. It is a primary global source for specialized isotopes like Cf-252 and Am-243, supporting materials testing and isoto

Key Stats

CountryRussia
StatusOperating
Sources1
Tags3
UpdatedMay 10, 2026
Data QualityHigh Quality

100/100

SM-3

Status: OPERATIONAL Category: RESEARCH Country: Russia Russia Operator: riar--research-institute-of-atomic-reactors Type: Tank-in-pool Tank-in-pool Capacity: 100 MWth (thermal only)

Overview

Located in Dimitrovgrad, Russia, at the Research Institute of Atomic Reactors (RIAR), SM-3 is a 100 MWth tank-in-pool research reactor with one of the world’s highest neutron fluxes. It is a primary global source for specialized isotopes like Cf-252 and Am-243, supporting materials testing and isotope production. Operational since the 1960s, it remains essential for advanced nuclear research.

Key Facts

Notes

Dimitrovgrad. World's highest flux reactor (HEU). Primary global source of Cf-252, Am-243. Key facility for heavy element research.


Source: IAEA PRIS / reactors_canonical · Enriched by Grok Last updated: 2026-05-10

Sources

Sources (1)

Related Notes

Tags:reactorsoperatingtank-in-pool