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To: The_Media_never_lie

My question for physics PHDs is, at what distance can the radioactive materials in a bomb be detected?

I admit this thesis is a stretch, but if the drones are domestic, what could be their purpose?


5 posted on 12/15/2024 6:32:38 PM PST by The_Media_never_lie ( @whoisourPresident)
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To: The_Media_never_lie

“My question for physics PHDs is, at what distance can the radioactive materials in a bomb be detected? I admit this thesis is a stretch, but if the drones are domestic, what could be their purpose?”

The drones have to be domestic, otherwise they wouldn’t be using FAA-Compliant External Lighting and staying clear of US airline flight paths.


7 posted on 12/15/2024 6:38:49 PM PST by BobL
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To: The_Media_never_lie

Also, it’s hard to imagine any other purpose for the drones than trying to find something radioactive.


8 posted on 12/15/2024 6:42:15 PM PST by BobL
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To: The_Media_never_lie

Gamma rays are gradually attenuated by air, obey the inverse square law, and can be overwhelmed by background radiation, but gamma rays from enriched materials are easily detected through the lower atmosphere if not well shielded. Well, my brother has a Physics Ph.D. anyway.


13 posted on 12/15/2024 7:02:33 PM PST by steve86 (Numquam accusatus, numquam ad curiam ibit, numquam ad carcerem™)
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To: The_Media_never_lie
My question for physics PHDs is, at what distance can the radioactive materials in a bomb be detected?

Lets say some 'enemy' has told us they've buried nukes in various states and the 'first strike' will come with zero warning. And that one of those nukes in in New Jersey - so we'll know they're telling the truth? And you're question? Wouldn't that depend on the shielding?

16 posted on 12/15/2024 7:09:16 PM PST by GOPJ (https://files.catbox.moe/rwi6a2.jpeg //files.catbox.moe/14hch9.jpg <img src="[image url]">)
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To: The_Media_never_lie

Detection of gamma particles depends on shielding, time and distance. The inverse square law applies to distance, by far the best thing you can do is get closer (Half the distance to the source and you get FOUR TIMES the intensity.). In terms of the physics the best improvement you could make is to just get closer.

Inverse Square Law Involving Radiation
https://youtu.be/IsEprLXV6LE?si=xEsWSWmDB61YX9xu

Inverse Square Law - Radiation Protection
https://youtu.be/nGZZLmLnQ48?si=1IslRabuEy6Z5Iak

Drones help Central Asia deal with legacy radiation
https://youtu.be/VPdjHuh2ePo?si=8oUaD2LsZjnCctwH


18 posted on 12/15/2024 7:10:10 PM PST by Fitzy_888 ("ownership society")
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To: The_Media_never_lie
Chase Hughes has worked for the government and he has an idea what's up. It's YouTube and 22 minutes long so if you don't like videos you can ignore it.

Planned Event? The Truth About NJ’s Drone ‘UFOs

29 posted on 12/15/2024 10:29:00 PM PST by DJ MacWoW (The Fed Gov is not one ring to rule them all)
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To: The_Media_never_lie

I don’t have a physics PHD, just a BS in nuclear engr. The decay products of U-238 and U-235 (the bomb isotope) are mostly alpha and beta particles which in all likelihood would not even penetrate the casing material of a bomb. Even lower energy gamma rays probably would not penetrate the casing. I don’t know specifics about a “dirty bomb”, but it implies something not clean (in a nuclear sense) and maybe radiation could be detected from that?


39 posted on 12/16/2024 7:51:57 AM PST by Kershul (Kersh)
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