Presentation Information
[18p-C43-13]Proposal of tritium nuclear transmutation based on changing caesium to stable barium with hydrogen-dissociated water
〇(PC)Sunao Sugihara1, Sunao Sugihara2 (1.Shonan Institute of Tech., 2.Gen. Assoc. Inc. Green Earth Again)
Keywords:
decontamination of caesium,nuclear transmutation,tritium nuclear transmutation
We have experienced reduced radioactivity in contaminated soils in Fukushima since 2011 using specially processed water. The results indicated a drastic decrease in radioactivity by changing the radioactive caesium to stable barium without any large energy.
On the base decontamination evidence, our research presents new insights into applying high pressure (>100MPa) to seawater in the Pacific Ocean, where we found element changes by chemical analyses of elements. Water may form a presumed particle after the dissociation of hydrogen bonds. Then, we discuss the theoretical viewpoints that element changes occur with weak energy due to the particles in the water. We focus on their nuclear spins and the behaviour of a proton and an electron pair. We propose reducing tritium use in the tanks without any large energy.
On the base decontamination evidence, our research presents new insights into applying high pressure (>100MPa) to seawater in the Pacific Ocean, where we found element changes by chemical analyses of elements. Water may form a presumed particle after the dissociation of hydrogen bonds. Then, we discuss the theoretical viewpoints that element changes occur with weak energy due to the particles in the water. We focus on their nuclear spins and the behaviour of a proton and an electron pair. We propose reducing tritium use in the tanks without any large energy.
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