Isotope dissociation selective electron attachment and separatio

Chemistry: electrical and wave energy – Processes and products – Processes of treating materials by wave energy

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204DIG11, 250423P, 250527, 55 2, 55102, 55151, 55138, B01J 110

Patent

active

041760255

ABSTRACT:
A method for separating isotopes in which a selected isotope of a given molecule is first excited to enhance preferential dissociative electron attachment, which facilitates the separation of the desired isotope from its natural mixture. Molecules incorporating the particular isotope of interest are selectively excited to the proper vibrational and/or electronic state by narrow line radiation to enhance preferential dissociative electron attachment. The excited molecules are then exposed to low energy electrons which dissociatively attach to the excited molecules forming stable negative ion fragments. The negative ion or neutral fragments containing the desired isotopes are then separated from the remaining mixture resulting in an enrichment of the desired isotope.

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Hodgson et al., Isotope Separation using Laser Light, IBM, Bulletin Technical Disclosure, vol. 17, No. 11, 4/75, 2 pages._

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