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Report No.
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Hydrogen production and morphological change of chrysotile asbestos in the radiolysis of aqueous solutions

Aoyagi, Noboru  ; Nagaishi, Ryuji ; Esaka, Fumitaka ; Yamada, Reiji

A high yield of H$$_{2}$$ gas was unprecedentedly produced due to the radiolysis of water containing asbestos while the morphology of them turned fibrous bundles into non-fibrous particles in 0.40 M H$$_{2}$$SO$$_{4}$$ solution over 2.0 MGy dose of irradiation. In conclusion, irradiation against asbestos in solutions can promote the hydrogen gas production and cause the morphological change of chrysotile without providing heat or chemicals.

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Category:Chemistry, Multidisciplinary

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