“…The molten Fe (0) can evaporate slightly above its melting temperature 1811 K, 55 and the vaporized Fe is easily oxidized to Fe 3 O 4 . 56 Since the melting temperature of SUS 304 is lower than that of metallic Fe, 57 some portions of the components of SUS 316L were vaporized. The melting temperature of SiO 2 is 1986 K (ref.…”
The condensed vaporized microparticles (CVMPs) were formed by melting CsI with concrete. After the water treatment of CVMPs, some portions of Cs remained with Si in the CVMPs, even though most of the Cs and I were dissolved.
“…The molten Fe (0) can evaporate slightly above its melting temperature 1811 K, 55 and the vaporized Fe is easily oxidized to Fe 3 O 4 . 56 Since the melting temperature of SUS 304 is lower than that of metallic Fe, 57 some portions of the components of SUS 316L were vaporized. The melting temperature of SiO 2 is 1986 K (ref.…”
The condensed vaporized microparticles (CVMPs) were formed by melting CsI with concrete. After the water treatment of CVMPs, some portions of Cs remained with Si in the CVMPs, even though most of the Cs and I were dissolved.
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