Glenn Canady
I’m not nuclear engineer but it seems obvious that 200 Trillion Becquerels / Kg is VERY VERY bad! You don’t want to sprinkle that on your cheerios in the morning that’s for sure. The Fukushima melt downs are the biggest man made disaster ever created and what’s most digesting of all is that we’re building more of these planet killer nuclear reactors all the time! All for pure greed and for making nuclear weapons. We don’t need power from nuclear power plants. Has it been worth it when we’ve completely contaminated the entire Pacific ocean and most of Japan now? Is that a really good deal? You’re a fool if you eat anything from the Pacific and yes that means Sushi! Of course your fake news never tells you about this disaster because they’re getting advertising from General Electric the ones that built the reactors! The sad fact is that we have devices now producing 1,000 times more energy than they use. Here’s a device producing 2800 liters of hydrogen per minute with 400 watts! Please spread the word about this technology!
200,000,000,000,000 becquerels/kg in fuel rod materials found near Tokyo… “the material spread globally” — Composed “major part” of worst Fukushima plume — Persists for long time in living organisms — Must reconsider disaster’s health effects (PHOTOS)
Characteristics of Spherical Cs-Bearing Particles Collected during the Early Stage of FDNPP Accident, February 2014: […] We have found spherical Cs-bearing particles (Cs-ball) from HV filter samples collected during Mar. 14-15, 2011, when the first radioactive plume arrived from the FDNPP accident at the MRI [Meteorological Research Institute] as well as Univ. Tsukuba, Japan. […] experiments showed that the Cs-ball occupied major part in the Mar. 14-15 Fukushima plume. They would persist for a long time in the environment as well as in living organisms. […] the investigation on radioactive aerosol during the second plume arrival gave no such Cs-ball. […] The finding should be a key to understand the processes of the FDNPP accident to accurately evaluate the health and environmental impacts and to improve efficiency of the decontamination of the polluted area. […] Further studies are recommended for the present Cs-ball in more detail!
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