At some point potassium chloride is a mercy.
Fukushima happened because their backup generators flooded and couldn’t provide emergency power to remove decay heat. They flooded because management didn’t listen to the engineers who spec’d a much higher (and more expensive) sea wall.
Three Mile Island can’t be blamed on management in the same way, but indirectly in that they allowed a culture of accepting defects to fester. Operators had so many inoperable or inaccurate alarms and meters that they were initially unaware of any problems, and then they didn’t trust / believe the readings they saw.
Nuclear power, when built and operated correctly, with strict procedural compliance, is incredibly safe. The U.S. Navy has over 7500 reactor-years of safe operation spanning over 75 years, with zero reactor accidents.
I am all for wind and solar where it’s feasible, but you simply cannot beat the density of nuclear fuel, nor its ability to provide 100% base load day in and day out. If you want sustainable green energy (and I do), it must involve nuclear power; fossil fuel plants cannot be replaced by anything else we currently know of.
And there have been incidents on nuclear subs as well.
This is not against using nuclear power, but you should not downplay the risks. Because if something happens, the consequences can be devastating. There is also the problem with nuclear waste, which isn't really solved either.
What this says to me is that it's unfeasible at-scale unless it's a nationalized venture administered by a workforce with literal military discipline.
I think you're falling into exactly the sort of trap I was talking about, that the enormity of the devastation is so unimaginably great that it's difficult to imagine what it would actually be like, and to (somewhat lazily) conclude "well, it'd probably be instantaneous". But, for example, this analysis doesn't support that idea at all: https://thebulletin.org/2020/08/counting-the-dead-at-hiroshi...
The other people in the room got a couple years’ worth of rads from his mistake didn’t they?
I’m sure they rationalized not using an apparatus for this due to embrittlement, thermal expansion, response time, or all three. But from the perspective of someone looking back on this era 50 years later (now 80), Jesus fucking Christ.
Carpenter’s pencils as spacers would have saved his life.
In fact Wikipedia says he was a dumbass:
> The standard protocol was to use shims between the halves, as allowing them to close completely could result in the instantaneous formation of a critical mass and a lethal power excursion.
> By Slotin's own unapproved protocol, the shims were not used. The top half of the reflector was resting directly on the bottom half at one point, while 180 degrees from this point a gap was maintained by the blade of a flat-tipped screwdriver in Slotin's hand. The size of the gap between the reflectors was changed by twisting the screwdriver. Slotin, who was given to bravado,[11] became the local expert, performing the test on almost a dozen occasions,