Well , it was nice knowing you guys. Probably there's a new scenario set in motion to set off some dirty bomb or whatever nuclear devices they're
going to use to justify another war here in Europe.
Can someone figure out if there are secret codes hidden in our curency . Maybe we'll idolize those before something goes off.
Now I'm going to ask a serious question besides the BS I just wrote.
Do nuclear power plants have sensors to detect this stuff if leaked ? And if so, are those alarms going off around Europe if the contamination is high
enough ?
To your first question, yes. Absolutely. If the leak is in the plant, the concentration will be high enough that the plant monitoring sensors either
inside or outside will be going off like mad, because if you're leaking I-131, you have a reactor vessel breach or a primary side leak. It's not going
to be subtle.
As to the other, there are a lot of people doing monitoring all the time, and that's how this one was caught.
I may have got this all wrong, but.......
Isnt U-235 used for fuel for nuclear power plants and reactors for Naval ships and Submarines.
Now if one of the reactors is leaking, doesnt it give off I-131 and I-129.
originally posted by: nelloh62
I may have got this all wrong, but.......
Isnt U-235 used for fuel for nuclear power plants and reactors for Naval ships and Submarines.
Now if one of the reactors is leaking, doesnt it give off I-131 and I-129.
Pretty sure I answered this in the post you're replying to. But yes, yes it does. However, if the reactor isn't screwed up in some way, you don't leak
any.
So, like I said, if you are emitting iodine, tritium, xenon or whatnot, you have a primary side leak or a reactor vessel breach. It would be
unmistakable. It's not a subtle thing. There's no commercial or military reactor that doesn't have leak detectors for this sort of thing. These are
not the sorts of things that go up the big chimney looking thing as part of your normal operations, or out the tailpipe.
Open free-air emissions of any of these things is prima facie evidence of a major whoopsie.
For instance, back when the world was new, at a time that could be in the mid 70s to early 80s, a certain country who will remain nameless had
themselves a brand new nuclear weapon design. They decided it would be a great freaking idea to put said weapon in an aircraft and fly that sucker
around to measure any issues with their shiny new electronics and any reactivity problems with their new non-standard topology, and later planned to
do a post-flight analysis of the driver charges and mike out all the mechanical bits again, to see how their new toy liked takeoffs and landings.
We do the same sorts of things, but generally with inert cores. They, however, decided it would be a good idea to test the full-up weapon.
During the test sequence, they climbed to a great altitude. At that altitude, they fully armed the weapon to carry out said testing of said
electronics. Once they finished, they disarmed the weapon and decided to do some in-flight maneuvers to bump the weapon around, pull both high and low
g forces and the things you'd normally see if you were flying about near weather or were doing the sorts of evasive maneuvers a loaded bomber might
make.
However, as the poet said, the best-laid schemes o' mice an' men gang aft agley, and this test showed clearly why you don't test your new weapon for
systems integration failures in its full-up configuration, no matter how attractive that might seem.
in this case, the barometric trigger option of the weapon decided to remain active whilst lying about its state. And the poor poor bairns onboard the
aircraft didn't have time to teach the thing phenomenology, and as they made their leisurely descent into their home base for congratulations and the
local equivalent of Miller Time, they crossed the pre-set trigger altitude and it went boom in a loud grotesque military fashion.
We found out about this by a nice fat spike in I-131, and (*ahem*) other methods which I won't state, then sent the then current air sampling planes
to try to figure out where this might have happened. Eventually, a pretty good idea was formed after some satellite observations of the possible
sources, and some espionage occurred, and we eventually got the whole story, and there was much rejoicing (yayy!) at the plight of said country which
should not have been jacking about with the technology to start with.
These days we have nuclear detonation sensors with way better resolution and coverage, and we call them "GPS satellites".
Zaphod, no comment. I suspect you'll instantly know what I'm talking about. It's still Not Spoken Of.
Metaphorically, why you don't test weapons that aren't wrung out. This. Could. Happen. To. You.
And if you count up all the "above ground" tests that featured an accidental detonation, I know of two. We very nearly had a couple ourselves. But at
least two times, something went boom when they weren't actually planning for it. And in both cases, it got the 3-S treatment, even though in one case
it wasn't our buddy and in the other it sort of was. I'm not sure of the politics with that.
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Looked up accidental detonation , while not finding the one you referred to all i can say is . How the hell did the Russians get anyone to go into one
of their subs . And the Americans were not much better with their planes . No actual detonations but still not good .
Thats why i dont understand why that double flash was never explained in a satisfactory way
There are so many sensors out there, its no mystery to NEST teams...just the rest of us
Or ESA-WER alumni. Don't mention the V word, this thread is indexed. No point helping the little scanners.
I definitely don't understand not mentioning the first one. The second one, well, there was a political ally of ours mixed up in it that never wants
to admit to its capabilities. And the other one got a lot of diplomatic pressure afterwards until they decided appropriately.
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21-2-2017 by Bedlam because: (no reason given)
I read a report that at the time, they struggled to detect the fallout. How true that is, I have no idea.
It's in a place we don't/didn't have a lot of detectors/ships/subs and with a strong wind that disperses things into the ocean pretty quickly. That's
why It's A Mystery.
eta: it's also why they picked that area to test, IMHO
edit on 21-2-2017 by Bedlam because: (no reason given)
Experts saying pharmaceutical factory leak is most likely - I131 is used in several cancer treatments. If it was reactors or weapons, other trace
chemicals would have been detected.
originally posted by: Flavian
Except any reactor facility set up to bombard tellurium or any purification facility would be more than able to detect such a leak, and immediately
deal with it. And they're also all set up to PREVENT discharge of I-131 with filters on all the vents.
Stories that say it's a pharma leak are going to have to explain that one away. Not to mention, I-131 is a solid at room temp. It's marginally
possible to lose I-131 from a purification facility if you:
1) don't have filters
2) somehow lose containment on more than one batch and vent it out the chimney whilst heating the crystals into a gas
3) don't detect that you just lost more than one batch or
4) don't care
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edit on 21-2-2017 by Bedlam because: (no reason
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