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Tbilisi (AFP) - Georgia has arrested three of its nationals and three citizens of Armenia for trying to sell the radioactive substance uranium-238, the ex-Soviet country's security services said Monday. "They were planning to sell the nuclear material, the uranium (U238) for $200 million in Tbilisi," Georgia's State Security Agency said in a statement. "They have been detained," the statement said, adding that a court had ruled all six suspects be remanded in pre-trial detention. The statement said an unspecified amount of the substance was found stored in a container in the home of one of the suspects. The interior ministry declined to provide further details. If charged and found guilty, the suspects face up to 10 years in prison. Uranium-238 -- the most common isotope of natural uranium -- cannot undergo nuclear chain-reactions, but can be used for the production of a fissile substance, plutonium-239. The case highlighted concerns that unsecured nuclear materials across the former Soviet Union could be sold to violent extremists. Over the past five years, Georgia and Armenia have reported numerous cases of their citizens trying to sell radioactive substances. In 2012, Armenia foiled a deal to sell radioactive strontium-90. In 2010, Georgia thwarted sale of another radioactive substance, caesium-137. Also in 2010, Georgian police arrested two Armenian men accused of smuggling 18 grammes (0.6 ounces) of highly enriched uranium from Armenia to Georgia and trying to sell it to an undercover agent posing as an Islamist extremist.
Uranium-238 -- the most common isotope of natural uranium -- cannot undergo nuclear chain-reactions, but can be used for the production of a fissile substance, plutonium-239.
originally posted by: intrptr
a reply to: skywatcher44
Uranium-238 -- the most common isotope of natural uranium -- cannot undergo nuclear chain-reactions, but can be used for the production of a fissile substance, plutonium-239.
In a reactor. Then the spent fuel needs to be processed, PU separated, enriched, refined, smelted, cast, the bomb parts constructed… its expensive, technical and precise.
Let alone toxic. Not something your average terr can come close to producing and or delivering to a target.
originally posted by: BelowLowAnnouncement
originally posted by: intrptr
a reply to: skywatcher44
Uranium-238 -- the most common isotope of natural uranium -- cannot undergo nuclear chain-reactions, but can be used for the production of a fissile substance, plutonium-239.
In a reactor. Then the spent fuel needs to be processed, PU separated, enriched, refined, smelted, cast, the bomb parts constructed… its expensive, technical and precise.
Let alone toxic. Not something your average terr can come close to producing and or delivering to a target.
You'll have to forgive my ignorance on the topic, but couldn't they make a dirty bomb from this with comparatively little skill?
Baghdad reported the stolen material to the International Atomic Energy Agency, but has not requested assistance to recover it.
originally posted by: galaga
So it begins.
originally posted by: dogstar23
a reply to: BelowLowAnnouncement
They could, but Uranium-238 is very weakly radioactive. You don't want to snort a bunch of it, but a U-238 dirty bomb would be about as dangerous as a lead bomb. It is a toxic heavy metal, but it's barely radioactive.
I'm just saying that from the long-ago memory vaults of Physics and Chemistry courses, so I figured I should find at least one source to explain a bit better. This one is a fairly simplified, but clear explanation: U-238 Weak Radioactivity
originally posted by: intrptr
originally posted by: BelowLowAnnouncement
originally posted by: intrptr
a reply to: skywatcher44
Uranium-238 -- the most common isotope of natural uranium -- cannot undergo nuclear chain-reactions, but can be used for the production of a fissile substance, plutonium-239.
In a reactor. Then the spent fuel needs to be processed, PU separated, enriched, refined, smelted, cast, the bomb parts constructed… its expensive, technical and precise.
Let alone toxic. Not something your average terr can come close to producing and or delivering to a target.
You'll have to forgive my ignorance on the topic, but couldn't they make a dirty bomb from this with comparatively little skill?
More likely, depending what form the material is in. Still a problem though, transporting it around sets off detectors, 'spreading it' sufficiently to affect enough people to give enough of them health issues all at once is problematic, too.
Think Fallujah. American military used hundreds of tons of Depleted Uranium munitions there, the place is a hell hole, a direct result of all the radioactivity…
graphic images
originally posted by: 3danimator2014
originally posted by: intrptr
People don't have a clue what they're discussing when it comes to radioactive contamination in the environment.
And you do? You posted images that have nothing whatsoever to do with depleted uranium.
originally posted by: intrptr
originally posted by: 3danimator2014
originally posted by: intrptr
People don't have a clue what they're discussing when it comes to radioactive contamination in the environment.
And you do? You posted images that have nothing whatsoever to do with depleted uranium.
Let me add, some are covering up the truth about Depleted Uranium used in warfare.