Separation of the Mercury Isotopes by a Photochemical Method

Details Separation of the Mercury Isotopes by a Photochemical Method Separation of the Mercury Isotopes by a Photochemical Method

Nov 1935

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1935natur.136..796z&link_type=abstract

Nature, Volume 136, Issue 3446, pp. 796 (1935).

Physics

5

Scientific paper

WHEN a mixture of mercury vapour and oxygen is irradiated with the mercury resonance line λ 2537, the mercury becomes oxidised. Since excitation is a necessary stage in the oxidation, Mrozowski1 has suggested that it should be possible to produce a separation of the mercury isotopes by exciting them selectively. If the reaction consists of the primary photochemical process Hg+ + O2 --> HgO + O only the atomic species which are excited by the incident light should be oxidised.

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