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porkinson posted:Tell me more about this magical place It's actually a peninsula.
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# ? Nov 25, 2016 11:32 |
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# ? May 30, 2024 13:17 |
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Synthbuttrange posted:Melbourne airport workers treated after shipment leaks hydrofluoric acid FOOF thread?
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# ? Nov 25, 2016 11:32 |
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porkinson posted:Tell me more about this magical place It's WA, and anything that happens there doesn't count in the rest of Oz. It's a mysterious wildland where I imagine the worst of NT and QLD combine.
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# ? Nov 25, 2016 11:53 |
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porkinson posted:Tell me more about this magical place I looked it up on the map and apparently it's near Gonorea. Oh sorry it's Gnoorea, my mistake. Humphreys posted:It's WA, and anything that happens there doesn't count in the rest of Oz. So it's like Vegas?
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# ? Nov 25, 2016 13:51 |
Terrible Opinions posted:FOOF thread? http://forums.somethingawful.com/showthread.php?threadid=3602006 It's like this thread, if everything was a horror story about how many nitrogens you can bond together before it explodes and kills everyone or CSB videos about people being doused in phosgene.
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# ? Nov 25, 2016 14:00 |
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Buttcoin purse posted:So it's like Vegas? Na, It's more hush hush than that.
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# ? Nov 25, 2016 15:43 |
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WA is like I dunno, Alaska. It's technically part of Australia but nobody from real Australia has ever been there or vice vercae, and really does it even exist? Who knows. New Zealand is closer.
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# ? Nov 25, 2016 15:50 |
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Olothreutes posted:http://forums.somethingawful.com/showthread.php?threadid=3602006 Sounds like a thread for gore hounds. I just want some slapstick comedy.
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# ? Nov 25, 2016 16:11 |
Warm und Fuzzy posted:Sounds like a thread for gore hounds. I just want some slapstick comedy. Oh, there's plenty of that too. High school chem teachers accidentally setting tables on fire, exploding pool balls made of nitrocellulose (not actually explosive it turns out, except for the manufacturing phase), people making underwear out of gun cotton to light on fire. Good times!
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# ? Nov 25, 2016 16:13 |
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ShineDog posted:And also secure your load. Good advice.
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# ? Nov 25, 2016 18:19 |
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Banana too intact.
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# ? Nov 25, 2016 20:18 |
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Warm und Fuzzy posted:Sounds like a thread for gore hounds. I just want some slapstick comedy. It's a good thread full of posters who work with the nastiest chemicals known to man.
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# ? Nov 25, 2016 20:52 |
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FOOF thread makes me glad I only work with radioisotopes and nothing that's actually scary
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# ? Nov 25, 2016 20:59 |
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BattleMaster posted:FOOF thread makes me glad I only work with radioisotopes and nothing that's actually scary You should try working with scary radioisotopes! My ion chamber survey meter got saturated the other night (at least that's my best guess as to what happened) and for about 30 seconds I thought I had a ~0.8TBq source stuck outside of its shielding.
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# ? Nov 25, 2016 21:08 |
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I wonder if I'll ever get to work with radioisotopes again. Staying at home isn't as interesting so far.
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# ? Nov 25, 2016 21:17 |
JoelJoel posted:You should try working with scary radioisotopes! What the hell do you have a source that strong for?
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# ? Nov 25, 2016 21:22 |
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Olothreutes posted:
Industrial radiography. Looking for embedded conduits in a thick slab of concrete that night. On an even more osha note, a while back I was in Michigan testing some xray tubes as a possible replacement for the big cobalt 60 sources we use and HOLY gently caress do you yanks have the most comically inept regulatory framework. Guy was just testing it in a parking lot with no signs or barriers (or experience or knowledge for that matter) and sending massive high energy pulses right at a trailer park about 60m away. I'm told in most states you can acquire your own fuckoff death ray tube and all you have to do is pay a minuscule registration fee (and these clown flat out told us they never bothered registering theirs). Needless to say, we didn't purchase anything from those cowboys.
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# ? Nov 25, 2016 21:45 |
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You say inept, I say agile deregulated free market
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# ? Nov 25, 2016 21:48 |
JoelJoel posted:Industrial radiography. Looking for embedded conduits in a thick slab of concrete that night. Ok, I can see using a source that large for that sort of work. We used to have 20,000 curies of Co-60 in a hot cell, but the water tank it was stored in sprung a leak and it was too expensive to repair so we just got rid of the source. Elsewhere in town is a gamma irradiation facility ( the GIF) that has enough Co-60 to produce over 1,000 rads/sec.
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# ? Nov 25, 2016 22:10 |
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And you thought my puny double digits ci source was scary? Jesus.
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# ? Nov 25, 2016 22:27 |
JoelJoel posted:And you thought my puny double digits ci source was scary? Jesus. It's one thing to have a source out in the open, it's another entirely to have it in a concrete vault behind a 10,000 pound door while you use manipulators to work with it. The GIF is for things like testing how well military equipment will survive nuclear... events. You can actually drive a full size tank into the chamber.
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# ? Nov 25, 2016 22:29 |
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Olothreutes posted:It's one thing to have a source out in the open, it's another entirely to have it in a concrete vault behind a 10,000 pound door while you use manipulators to work with it. What sort of results do they get? I'm not sure what they'd be looking for/testing specifically.
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# ? Nov 25, 2016 22:41 |
REMEMBER SPONGE MONKEYS posted:What sort of results do they get? I'm not sure what they'd be looking for/testing specifically. How long can something operate in those conditions? We know the meat inside it won't last, but afterwards can you go recover that stuff and have it be driveable? They also test circuitry that will be spending a lot of time in places where there is a lot of radiation and we need to be sure that the circuitry will still work. They also rent the facility/have agreements with universities to do various experiments there. If you are working on a PhD at any one of several universities you can request the use of the facility to do your experiments. The same goes for a number of other facilities there, they have a low dose facility, a research reactor with a high power level, and I guess you could do ride along experiments in other places as long as you aren't disrupting operations.
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# ? Nov 25, 2016 22:49 |
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I wonder if there are any instances of someone committing suicide by radiation?
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# ? Nov 25, 2016 22:51 |
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evil_bunnY posted:That's perfectly safe actually, unless they hosed up a weld, or didn't test the program with a dummy. Or someone tries to load the "Ride Robot" program, clicks "Rip to Shreds" program instead.
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# ? Nov 25, 2016 22:54 |
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Volcott posted:I wonder if there are any instances of someone committing suicide by radiation? https://en.wikipedia.org/wiki/David_Hahn
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# ? Nov 25, 2016 23:01 |
Volcott posted:I wonder if there are any instances of someone committing suicide by radiation? I'm not aware of anyone that has done so intentionally, but there are plenty of people that made mistakes and died because of it. Louis Slotin is the first one that comes to mind.
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# ? Nov 25, 2016 23:13 |
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Volcott posted:I wonder if there are any instances of someone committing suicide by radiation? Not suicide per se, but one of my instructors who's been in radiation safety, etc since maybe the 70s told us about a research student/scientist who, while working on a project using lethal doses on animals and recording the results, decided he had to know what it felt like. He bypassed all of the interlocks and other safety devices one night after everyone was gone and sat there with a recorder as he gave himself a lethal dose. Can't find a proper link or anything from my phone.
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# ? Nov 25, 2016 23:22 |
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BattleMaster posted:FOOF thread makes me glad I only work with radioisotopes and nothing that's actually scary HF using fluorine-18?
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# ? Nov 25, 2016 23:22 |
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REMEMBER SPONGE MONKEYS posted:Not suicide per se, but one of my instructors who's been in radiation safety, etc since maybe the 70s told us about a research student/scientist who, while working on a project using lethal doses on animals and recording the results, decided he had to know what it felt like. He bypassed all of the interlocks and other safety devices one night after everyone was gone and sat there with a recorder as he gave himself a lethal dose. Can't find a proper link or anything from my phone. Project X was based upon a much darker story, obviously.
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# ? Nov 26, 2016 02:14 |
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Olothreutes posted:How long can something operate in those conditions? We know the meat inside it won't last, but afterwards can you go recover that stuff and have it be driveable? They also test circuitry that will be spending a lot of time in places where there is a lot of radiation and we need to be sure that the circuitry will still work. My ignorance, then. Only ever looked from the human safety side and industrial uses with small sources - don't know microchips, etc. well enough, it seems.
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# ? Nov 26, 2016 02:31 |
REMEMBER SPONGE MONKEYS posted:My ignorance, then. Only ever looked from the human safety side and industrial uses with small sources - don't know microchips, etc. well enough, it seems. It's a facility at a national laboratory. Even if I know some of the stuff they do out there from the various seminars and presentations they give, most of their work is probably weapons related and therefore they don't talk about it. Circuits for nuclear weapons have to live in close proximity to nuclear material, and we drat well want to make sure they work. Beyond that, I'm not 100% sure of anything. Fun story about the GIF, though, involving a government auditor. At some point an auditor came out to take a look and various parts of the laboratory and try to track down missing things here and there. Cobalt 60 has a half life of 5.28 years. So when you have 20,000 kCi worth of inventory to start with, after 4 years or so you're down to probably around 12,000 kCi. So this auditor comes out and is trying to track down things that have gone missing over the years. He looks at the starting inventory, 20,000 kCi, and sees that the current inventory is now only 12,000 kCi. He's a money guy, not a nuclear guy, so he comes to the facility manager and very seriously asks him where the hell the other 8,000 kCi have gone. "How can you lose 8,000 of these things in just 4 years?" They had to sit down with him and explain how radioactive decay works, and where all that stuff went.
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# ? Nov 26, 2016 02:38 |
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Olothreutes posted:How long can something operate in those conditions? We know the meat inside it won't last, but afterwards can you go recover that stuff and have it be driveable? If the tank is airtight and the radiation dose is large enough then the meat may last very well indeed. Almost perfectly preserved.
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# ? Nov 26, 2016 03:02 |
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Olothreutes posted:It's a facility at a national laboratory. Even if I know some of the stuff they do out there from the various seminars and presentations they give, most of their work is probably weapons related and therefore they don't talk about it. Circuits for nuclear weapons have to live in close proximity to nuclear material, and we drat well want to make sure they work. Beyond that, I'm not 100% sure of anything. That's adorable.
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# ? Nov 26, 2016 03:08 |
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Olothreutes posted:It's a facility at a national laboratory. Even if I know some of the stuff they do out there from the various seminars and presentations they give, most of their work is probably weapons related and therefore they don't talk about it. Circuits for nuclear weapons have to live in close proximity to nuclear material, and we drat well want to make sure they work. Beyond that, I'm not 100% sure of anything. Especially if he knew how dangerous those 8000 things could be. Luckily it's a fairly easy concept to explain, although I've never heard of a financial auditor getting into that sort of thing. Guess they could've tried to liken it to depreciation? My quick wiki crash course was helpful: https://en.m.wikipedia.org/wiki/Radiation_hardening REMEMBER SPONGE MONKEYS fucked around with this message at 03:15 on Nov 26, 2016 |
# ? Nov 26, 2016 03:11 |
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Volcott posted:I wonder if there are any instances of someone committing suicide by radiation? Possibly https://en.wikipedia.org/wiki/SL-1
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# ? Nov 26, 2016 05:17 |
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Olothreutes posted:How long can something operate in those conditions? We know the meat inside it won't last, but afterwards can you go recover that stuff and have it be driveable? They also test circuitry that will be spending a lot of time in places where there is a lot of radiation and we need to be sure that the circuitry will still work. For historical reference, the Georgia Nuclear Aircraft Lab right outside Atlanta used a completely unshielded megawatt nuclear reactor to do that kind of thing back when they were thinking of making a nuclear-powered B-36. Reactor was on an elevator, normally kept in a pit in the ground, and you'd raise the elevator to irradiate your test samples and the surrounding area. They found that, among other things, it would turn the rubber in the tires brittle and hard and turn hydraulic fluid cloudy and thick. Among other things.
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# ? Nov 26, 2016 05:26 |
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I looked through several pages anyone have the gif or whatever of the kid doing a flip out a cargo net and just disappearing into the abyss
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# ? Nov 26, 2016 05:28 |
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Phanatic posted:For historical reference, the Georgia Nuclear Aircraft Lab right outside Atlanta used a completely unshielded megawatt nuclear reactor to do that kind of thing back when they were thinking of making a nuclear-powered B-36. Reactor was on an elevator, normally kept in a pit in the ground, and you'd raise the elevator to irradiate your test samples and the surrounding area. They found that, among other things, it would turn the rubber in the tires brittle and hard and turn hydraulic fluid cloudy and thick. Among other things. Yeah doesn't ionizing radiation do weird things with crystal lattices, like messing up some of the bonds? I think it can make some materials harder but more brittle?
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# ? Nov 26, 2016 06:14 |
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# ? May 30, 2024 13:17 |
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Three-Phase posted:Yeah doesn't ionizing radiation do weird things with crystal lattices, like messing up some of the bonds? I think it can make some materials harder but more brittle? Generally speaking a hard material is a brittle material (as opposed to soft, ductile). Edit: radiation can increase the defect density in a lattice which inhibits deformation.
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# ? Nov 26, 2016 07:21 |