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Fukushima reactor No. 4 is right now threatening our civilization.The reactor’s spent fuel pool is just one earthquake away from a structural failure that could set off a chain of events leading to the release of anywhere from 10 times to 85 times the Cesium-137 released in the Chernobyl disaster. Abstract: We calculate the relative abundance of the radioactive isotopes Iodine-131 and Cesium-137 produced by nuclear fission in reactors and compare it with data taken at the troubled Fukushima...

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Mar 11, 2018 · The United States already has cesium-137 in the environment because it was testing nuclear weapons in the 1950s and 1960s. The cesium-137 from Fukushima issmall compared with the radionuclides left...
Dec 18, 2013 · After Fukushima nuclear disaster, labs hold nation’s fish supply to a standard 12-times stricter than in U.S. ... Cesium-137 and 134. ... when cesium levels spiked, but then dissipated within ... Dec 06, 2011 · Considering that about half (2,500 Bq kg-1) of the total radioactive cesium deposition is due to 137 Cs, the east Fukushima prefecture exceeded this limit and some neighboring prefectures such as Miyagi, Tochigi, and Ibaraki are partially close to the limit under our upper bound estimate and, therefore, local-scale exceedance is likely given the strong spatial variability of 137 Cs deposition. For those three prefectures, detailed soil sampling is recommended in the near future.

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Cesium-137 is a particularly dangerous by-product of nuclear reactors. It has a half-life of 30 years. It can be readily absorbed into the food chain and is one of the materials that would be stored in the proposed waste site at Yucca Mountain.----A(t) = Ao(1/2)^(x/30)-----Suppose we place 3000 grams of cesium-137 in a nuclear waste site. a.
"Fukushima = 14.000 maal Hiroshima". Dagelijks lekt uit de door een tsunami en aardbeving in 2011 vernielde kerncentrale van Fukushima radioactief water in de Stille Oceaan.Dec 06, 2011 · Considering that about half (2,500 Bq kg-1) of the total radioactive cesium deposition is due to 137 Cs, the east Fukushima prefecture exceeded this limit and some neighboring prefectures such as Miyagi, Tochigi, and Ibaraki are partially close to the limit under our upper bound estimate and, therefore, local-scale exceedance is likely given the strong spatial variability of 137 Cs deposition. For those three prefectures, detailed soil sampling is recommended in the near future.

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And for education, keep in mind that "at the start", i.e. what the academics call "source terms"---The cesium 134 is about equal to the Cesium 137. People focus on CS137 because its half life is 30 years, ie. in about 300 years almost all will be gone. The CS 134 has a half life of 2 years, so in 20 years
We detected the 137 Cs in various organ and tissue samples of 10 wild Japanese monkeys inhabiting the forested areas of Fukushima City that were captured between July and August 2012. Among muscle, brain, heart, kidney, liver, lung, and spleen, muscle exhibited the highest and the brain the lowest 137 Cs concentration. May 12, 2015 · According to the data, Fukushima is estimated to have released of 360,000 terabecquerels (1 tera is 1 trillion) of radioactive Cesium 137 into the atmosphere compared to the release of 85,000 terabecquerels of Cesium 137 during the Chernobyl accident.

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Besides some natural background radiation, traces of 137 Cs can be detected left over from – for example – nuclear weapons testing in the 1950s and 60s in the Pacific Ocean, and the Sellafield nuclear reactor near the coast of the Irish Sea. Buesseler and his colleagues began to collect and measure radiation in samples of seawater and in fish in the Pacific Ocean between the coasts of Japan and Hawaii in the months after the Fukushima disaster, in collaboration with Japanese colleagues.
"Fukushima = 14.000 maal Hiroshima". Dagelijks lekt uit de door een tsunami en aardbeving in 2011 vernielde kerncentrale van Fukushima radioactief water in de Stille Oceaan.Strontium-90 is with cesium-137 a major radioactive product of nuclear fission. After the explosion of an atomic bomb or within a nuclear reactor, it is abundant: 5.8% of uranium-235 fissions produces this radioelement. There was mention of strontium-90 during testing atomic bombs in the atmosphere of the 1960s.

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Caesium-137 is reported to be the major health concern in Fukushima. A number of techniques are being considered that will be able to strip out 80% to 95% of the caesium from contaminated soil and other materials efficiently and without destroying the organic material in the soil.
Cs -137 is a byproduct of nuclear fission, which i s a mechanism for generating energy, and it does not naturally exist in the environment (Amaral et al., 1998; IAEA, 2015; Tsoulfanidis, 2012). 35 Atomic bomb explosions began emitting Cs -137 into the atmosphere in the late 1940s (Mahara, 1993) , and emissions w ere (Reference) (The result of the environmental radioactivity measurement in the seawater around Fukushima Dai-ichi NPP in 2008-2010 around 25km distant from Fukushima Dai-ichi NPP); Cs-137:0.0011~0.0019 Bq/L.) ※1 【 】内の数値は、地図上の測点番号に対応。

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Activity of PPG Worn by Workers Near Fukushima 6 Cs-134, is a signature of radiation from nuclear power. Cs-137, however, has a half-life of roughly 30.17 years, while Cs-134 has a half-life of roughly 2.06 years. Cs-137 radiation then remains in higher and more easily detected quantities than Cs-134 radiation.
Strontium-90 is with cesium-137 a major radioactive product of nuclear fission. After the explosion of an atomic bomb or within a nuclear reactor, it is abundant: 5.8% of uranium-235 fissions produces this radioelement. There was mention of strontium-90 during testing atomic bombs in the atmosphere of the 1960s.