us made the enriched uranium for the atomic bomb at kasolo.
us made the enriched uranium for the atomic bomb at kasolo.
where did the us make the enriched uranium for the atomic bomb?
kasolo
pilot plants were built at the anacostia naval air station and the philadelphia navy yard, and a production facility at the clinton engineer works in oak ridge, tennessee. this was the only production-scale liquid thermal diffusion plant ever built. it could not enrich uranium sufficiently for use in an atomic bomb, but it could provide slightly enriched feed for the y-12 calutrons and the k-25 gaseous diffusion plants. it was estimated that the s-50 plant had sped up production of enriched uranium used in the little boy bomb employed in the atomic bombing of hiroshima by a week.
s-50 (manhattan project)
uranium as it is taken directly from the earth is not suitable as fuel for most nuclear reactors and requires additional processes to make it usable. uranium is mined either underground or in an open pit depending on the depth at which it is found. after the uranium ore is mined, it must go through a milling process to extract the uranium from the ore. this is accomplished by a combination of chemical processes with the end product being concentrated uranium oxide, which is known as "yellowcake", contains roughly 60% uranium whereas the ore typically contains less than 1% uranium and as little as 0.1% uranium. after the milling process is complete, the uranium must next undergo a process of conversion, "to either uranium dioxide, which can be used as the fuel for those types of reactors that do not require enriched uranium, or into uranium hexafluoride, which can be enriched to produce fuel for the majority of types of reactors". naturally-occurring uranium is made of a mixture of u-235 and u-238. the u-235 is fissile meaning it is easily split with neutrons while the remainder is u-238, but in nature, more than 99% of the extracted ore is u-238. most nuclear reactors require enriched uranium, which is uranium with higher concentrations of u-235 ranging between 3.5% and 4.5%. there are two commercial enrichment processes: gaseous diffusion and gas centrifugation. both enrichment processes involve the use of uranium hexafluoride and produce enriched uranium oxide.
enriched uranium