The world’s second big nuclear disaster occurred at Chernobyl Reactor No. 4 in the Ukraine on Apr 26, 1986. Simply tagged as “Chernobyl,” it is what the next big and well known nuke disaster, after the American Three Mile Island, on March 28, 1979 came to be called. “Chernobyl” ejected 30% of one 192 ton, three month old reactor core. That’s 57.6 radioactive tons thrown into the air by fire and explosions.
The tiny radioactive and burning smoke particles traveled around the world many times since 1979, killing an estimated one million people to date from radiation caused illnesses and cancers. This is according to Editor Dr Janette Sherman’s exhaustive and widely acclaimed book on 5,000 Chernobyl scientific papers recently published by the New York Academy of Sciences [1].
As Dr. Michio Kaku, a world renowned CUNY theoretical physicist pointed out on CNN March 18, 2011, Chernobyl involved one reactor and only 57.6 Tons of the reactor core went into the atmosphere. In dramatic contrast, the Fukushima Daiichi disaster immediately involved six reactors and IAEA (International Atomic Energy Agency, a UN Agency) documented 2,800 Tons of highly radioactive old reactor cores.
Simple division tells us there are at least 48.6 Chernobyls in the burning old reactor cores pumping fiery isotopes into the Earth’s atmosphere. It is no stretch to say Fukushima Daiichi’s six reactors and the dry holding pools for old reactor cores are equal to more than 50 Chernobyl disasters.
Further clarification is needed, of course, and it is being worked out now by independent physicists. Note that the lethality of radioactive reactor cores goes up the first 250,000 years they are out of the reactor – not down.
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