Fuchs66
Ring a ding
Yes.
That is confirmed.
by whom and where?
Yes.
That is confirmed.
Its a question of quantity...
OK. For a dumb fuck like me, quote a question I asked and show me the answer given
Much as I like to read your posts, I think that one was just a bit more contagious bamboozle. Why can't someone just publish readings from a Geiger counter?
seems a reasonable answer to me.They do, lots of them, from lots of different places. This hardly gives the whole picture.
For the whole picture you have to look at levels in the sea, the soil, the air, tapwater, etc, from a load of different places. We also need a better indication of how much stuff is continuing to escape from the plant right now, as the seawater escape route is the only one getting a lot of attention right now.
Im not sure quite what you are looking for in order to be able to judge the problem. There isnt a single number that will tell you much really. And questions that a lot of people seem to ask, such as 'is it worse than Chernobyl?', or gloomy reactions to words such as plutonium and meltdown dont really enlighten that much either.
More generally I dont think humans overall are setup to get a proper sense of risk and stuff when it comes to events that pose some osrt of health risk. We are use to seeing statistics, and of making a meal of stats in order to 'prove' a point. We dont tend to spend long talking about the full risk picture for things like coal powered stations, so its not surprising that this is also the case for nuclear, whether under normal operating conditions or during an emergency.
by whom and where?
I'm leaving this thread.
Go to fucking bed Stanley.
Most sensible thing you've said here
Read through the posts. Anything there that actually tells you anything?
Go to fucking bed Stanley.
Little chance of that, he wants the 10 millionth post.
Your posts?
They're probably of more interest to a psychologist, I cant get a great deal of useful information from them.
They do, lots of them, from lots of different places. This hardly gives the whole picture.
For the whole picture you have to look at levels in the sea, the soil, the air, tapwater, etc, from a load of different places. We also need a better indication of how much stuff is continuing to escape from the plant right now, as the seawater escape route is the only one getting a lot of attention right now.
Im not sure quite what you are looking for in order to be able to judge the problem. There isnt a single number that will tell you much really. And questions that a lot of people seem to ask, such as 'is it worse than Chernobyl?', or gloomy reactions to words such as plutonium and meltdown dont really enlighten that much either.
More generally I dont think humans overall are setup to get a proper sense of risk and stuff when it comes to events that pose some osrt of health risk. We are use to seeing statistics, and of making a meal of stats in order to 'prove' a point. We dont tend to spend long talking about the full risk picture for things like coal powered stations, so its not surprising that this is also the case for nuclear, whether under normal operating conditions or during an emergency.
NO! I said 'geography'. That's what you said!
Yeah and I meant that the quantity of nuclear shit is what matters to health, and the quantity varies by location for the reasons I went on to discuss.
Sorry that my crystal ball and all seeing eye are out of service, but I dont feel too much remorse for not having the answer when you are having trouble even being able to say what the question is exactly.
As for the idea that I come across like nuclear PR, lol, unless the PR newsletter is named Clusterfukushima I dont think Im cu out for that job somehow.
So, where exactly, or approximately is the stuff we should be avoiding?
So, where exactly, or approximately is the stuff we should be avoiding?
So, where exactly, or approximately is the stuff we should be avoiding?
In that glass in front of you.
In that glass in front of you.
You mean like that plutonium that is spread all over the world, or at least all over Japan or maybe just in the immediate area around the Fukushima plant
Dunno Do you?
Well I have an idea of how far plutonium will spread from an event like this
An idea, or an answer?
Define idea and answer
Cheers. Thats an excellent summary of all it seems possible to deduce about reactor 1 right now. I've been looking at the reactor & contamination data myself for a week or so, and noticed the same things. Some discussions elsewhere on the net explained to me what this stuff may mean (since I dont know enough to deduce all this myself and could easily make a mistake) and it is the same as what the bloke on that video is saying.
The media on the other hand tend to make a botch of this issue, for example there was an awful fox news video that just mentioned the unit 1 recriticality possibilities as resulting in 'flashing blue lights in the sky', with no mention as to whether such light had actually been observed at Fukushima, or whether they had just done 30 seconds research on criticality accidents and decided that blue light was the most easily described phenomenon that criticality can in theory induce. It was such a bad report that it almost came across as an april fools, except the rest of the report was all the serious nuclear news of the day from Fukushima.
It has been learned that the Japanese government withheld the release of computer projections indicating high levels of radioactivity in areas more than 30 kilometers from the troubled Fukushima Daiichi nuclear power plant.
The estimates were made on March 16th following explosions at the plant by an institute commissioned by the government using a computer system called SPEEDI. The system made its projections on the assumption that radioactive substances had been released for 24 hours from midnight on March 14th, based on the available data.
But the government was reluctant to reveal the SPEEDI projections, and did not release them until March 23rd.
The released data showed that higher levels of radioactive substances would flow over areas to the northwest and southwest of the plant.