Abstract :
Aradiation-proof superhero could make sense of Japan´s Fukushima Daiichi nuclear power plant in an afternoon. Our champion would pick through the rubble to reactor 1, slosh through the pooled water inside the building, lift the massive steel dome of the protective containment vessel, and peek into the pressure vessel that holds the nuclear fuel. A dive to the bottom would reveal the debris of the meltdown: a hardened blob of metals with fat strands of radioactive goop dripping through holes in the pressure vessel to the floor of the containment vessel below. Then, with a clear understanding of the situation, the superhero could figure out how to clean up this mess.
Keywords :
fission reactor accidents; fission reactor containment; fission reactor decommissioning; nuclear power stations; pressure vessels; Japan Fukushima Daiichi nuclear power plant; aradiation-proof; containment vessel floor; fat radioactive goop dipping strand; hardened metal blobs; massive steel dome; meltdown debris; nuclear fuel; pooled water; pressure vessel holes; protective containment vessel; reactor 1; Contingency management; Disasters; Environmental management; Japan; Nucelar power generation; Radiation;
