MsMilkytheclown | Fukushima Fuel Fragments Found in Europe 10,000+ Km From Nuclear Reactors! @MsMilkytheclown | Uploaded September 2016 | Updated October 2024, 8 hours ago.
A startling must see video. Fukushima nuclear fuel fragments found in Europe — 10,000+ km from reactors — Plume came directly from N. America — Hot particles a “significant part” radioactive release — Quickly spread over entire hemisphere — Film shows core material on Norway air filter (PHOTO) tinyurl.com/lf8utgb
2013: Paatero et al. (2012) Atmospheric Chemistry and Physics Discussions, estimated that a significant part of the Fukushima-derived radioactivity is in hot particles from autoradiogram of a filter sample from 1 to 4 April 2011 at Mt. Zeppelin, Ny-Alesund, Svalbard. tinyurl.com/zy3rgll
Poster for Alaska Marine Science Symposium (Arctic Ocean and Bering Sea/Aleutian Islands), , Jan. 20, 2014: Exposure to fallout while on ice in 2011 [...] Models suggest pinnipeds may have been exposed while on ice to the following: [...] Hot particles, nuclear fuel fragments, were detected in air samples taken in Svalbard, Norway (Paatero et al. 2012). tinyurl.com/hsyzld9
Airborne fission products in the High Arctic after the Fukushima nuclear accident: The plume arriving in Svalbard did not come from Europe but directly from North America [...] [Hot particles are] either fragments of the nuclear fuel or particles formed by the interactions between condensed radionuclides, nuclear fuel, and structural materials of the reactor [...] a significant part of the activity related to Fukushima was in hot particles. So far the authors are not aware of any other reports concerning hot particles from the Fukushima accident. [...] radionuclides emitted into the atmosphere were quickly dispersed around practically the whole northern hemisphere within a couple of weeks. tinyurl.com/h8u8e9l (Paatero et al. 2012)
audio by NibiruMagick2012 CONFIRMED (06 May 2014) "Nuclear Fuel Fragments" from Fukushima found in Europe youtu.be/o683dxYdTy4
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Fukushima HOT PARTICLE from Vaporized Core found 300 miles away (Marko Kaltofen) youtu.be/9IJa_OEc610
Published on Apr 3, 2014
Marco Kaltofen in one of Fairewind's most important videos Fairewinds Energy Education has ever produced. Three years ago, Fairewinds was one of the first organizations to talk about the "hot particles" that are scattered all over Japan and North America's west coast. Hot particles are dangerous and difficult to detect. In this video Mr. Kaltofen discusses the hottest hot particle he has ever found, and it was discovered more than 300 miles from the Fukushima Daiichi site. If Fairewinds Energy Education was a Japanese website, the State Secrets Law would likely prevent them from issuing this video.Arnie Gundersen will provide a brief summary at the end of the video.
The Hottest Particle was the title of this video. fairewinds.org/hottest-particle
Three years ago, Fairewinds was one of the first organizations to talk about "hot particles" that are scattered all over Japan and North America's west coast. Hot particles are dangerous and difficult to detect. In this video Mr. Kaltofen discusses the hottest hot particle he has ever found, and it was discovered more than 300 miles from the Fukushima Daiichi site. If Fairewinds Energy Education was a Japanese website, the State Secrets Law would likely prevent us from issuing this video. Arnie Gundersen provides a brief introduction and summary to the video.
In looking at indoor environments, they tend to be much more contaminated than the surroundings outside. Houses act like a trap and they tend to collect outdoor contaminants. And they expose people as much as 24 hours a day versus consider how short a time most people spend outdoors.
The sample that we got came from the Goya in Japan. It's 460 kilometers from the accident site. That's about 300 miles away
from Fukushima Daiichi.
Let's put it this way. Eighty percent by weight of this particle was made up of pure reactor core materials. So that tells me that something that came directly from the accident, directly from the core, could escape containment and travel a very, very significant distance. The winds will blow it long distances.
this material was in the petabecquerel per kilogram range. The number we're looking at is 4 followed by 19 zeroes -- that many becquerels per kilogram. That's a very, very high number and essentially, that's the kind of number you get when you look at core material.
So essentially what we're talking about is a worst case for black sand. So this material was vaporized during the accident. It condenses into these small particles and then they aggregate.
It is solid scientific material like this that you will not see or hear via traditional news stories, TEPCO, or the IAEA. Fairewinds has long said that there will be significant increases in cancer in Japan as a result of the Fukushima Daiichi accident, and this video describing just one hot particle confirms our worst fears.
The Hottest Particle
April 3rd, 2014
fairewinds.org/hottest-particle
A startling must see video. Fukushima nuclear fuel fragments found in Europe — 10,000+ km from reactors — Plume came directly from N. America — Hot particles a “significant part” radioactive release — Quickly spread over entire hemisphere — Film shows core material on Norway air filter (PHOTO) tinyurl.com/lf8utgb
2013: Paatero et al. (2012) Atmospheric Chemistry and Physics Discussions, estimated that a significant part of the Fukushima-derived radioactivity is in hot particles from autoradiogram of a filter sample from 1 to 4 April 2011 at Mt. Zeppelin, Ny-Alesund, Svalbard. tinyurl.com/zy3rgll
Poster for Alaska Marine Science Symposium (Arctic Ocean and Bering Sea/Aleutian Islands), , Jan. 20, 2014: Exposure to fallout while on ice in 2011 [...] Models suggest pinnipeds may have been exposed while on ice to the following: [...] Hot particles, nuclear fuel fragments, were detected in air samples taken in Svalbard, Norway (Paatero et al. 2012). tinyurl.com/hsyzld9
Airborne fission products in the High Arctic after the Fukushima nuclear accident: The plume arriving in Svalbard did not come from Europe but directly from North America [...] [Hot particles are] either fragments of the nuclear fuel or particles formed by the interactions between condensed radionuclides, nuclear fuel, and structural materials of the reactor [...] a significant part of the activity related to Fukushima was in hot particles. So far the authors are not aware of any other reports concerning hot particles from the Fukushima accident. [...] radionuclides emitted into the atmosphere were quickly dispersed around practically the whole northern hemisphere within a couple of weeks. tinyurl.com/h8u8e9l (Paatero et al. 2012)
audio by NibiruMagick2012 CONFIRMED (06 May 2014) "Nuclear Fuel Fragments" from Fukushima found in Europe youtu.be/o683dxYdTy4
~~~~~~~~~
Fukushima HOT PARTICLE from Vaporized Core found 300 miles away (Marko Kaltofen) youtu.be/9IJa_OEc610
Published on Apr 3, 2014
Marco Kaltofen in one of Fairewind's most important videos Fairewinds Energy Education has ever produced. Three years ago, Fairewinds was one of the first organizations to talk about the "hot particles" that are scattered all over Japan and North America's west coast. Hot particles are dangerous and difficult to detect. In this video Mr. Kaltofen discusses the hottest hot particle he has ever found, and it was discovered more than 300 miles from the Fukushima Daiichi site. If Fairewinds Energy Education was a Japanese website, the State Secrets Law would likely prevent them from issuing this video.Arnie Gundersen will provide a brief summary at the end of the video.
The Hottest Particle was the title of this video. fairewinds.org/hottest-particle
Three years ago, Fairewinds was one of the first organizations to talk about "hot particles" that are scattered all over Japan and North America's west coast. Hot particles are dangerous and difficult to detect. In this video Mr. Kaltofen discusses the hottest hot particle he has ever found, and it was discovered more than 300 miles from the Fukushima Daiichi site. If Fairewinds Energy Education was a Japanese website, the State Secrets Law would likely prevent us from issuing this video. Arnie Gundersen provides a brief introduction and summary to the video.
In looking at indoor environments, they tend to be much more contaminated than the surroundings outside. Houses act like a trap and they tend to collect outdoor contaminants. And they expose people as much as 24 hours a day versus consider how short a time most people spend outdoors.
The sample that we got came from the Goya in Japan. It's 460 kilometers from the accident site. That's about 300 miles away
from Fukushima Daiichi.
Let's put it this way. Eighty percent by weight of this particle was made up of pure reactor core materials. So that tells me that something that came directly from the accident, directly from the core, could escape containment and travel a very, very significant distance. The winds will blow it long distances.
this material was in the petabecquerel per kilogram range. The number we're looking at is 4 followed by 19 zeroes -- that many becquerels per kilogram. That's a very, very high number and essentially, that's the kind of number you get when you look at core material.
So essentially what we're talking about is a worst case for black sand. So this material was vaporized during the accident. It condenses into these small particles and then they aggregate.
It is solid scientific material like this that you will not see or hear via traditional news stories, TEPCO, or the IAEA. Fairewinds has long said that there will be significant increases in cancer in Japan as a result of the Fukushima Daiichi accident, and this video describing just one hot particle confirms our worst fears.
The Hottest Particle
April 3rd, 2014
fairewinds.org/hottest-particle
