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Ultrafast Chemical Separations (1993) / Chapter Skim
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8. Future of Ultrafast Chemistry
Pages 77-78

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From page 77...
... The decontaminations obtainers especially using thennochromatographic techniques, are often not as high as those obtained with continuous solvent-extraction techniques. However, gas-phase separations, especially those based on volatile species produced in the target chamber, provide a very important opportunity for chemists to study the chemical reactions taking place in a radiation environment.
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From page 78...
... In the future, gas-phase chemical separations can be expected to provide Z separation folRowing A separation provided by on-line isotope separators. In addition, production of volatile species in target chambers with a variety of reactive gases may be studied to understand the chemical reactions taking place with energetic nuclear-reaction products.
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Key Terms

  • ultrafast chemical
  • chemical reactions
  • ion source
  • reactions taking
  • chemical separations

  • volatile species
  • measure arsenic
  • additional separation
  • yields reported
  • isobaric separation

  • obtain isobaric
  • reactive gases
  • species produced
  • provide isobaric
  • separators provide

  • arsenic isotopes
  • mass separator
  • ion sources
  • z separation
  • especially using

  • accessible elements
  • selective chemistry
  • target chamber
  • provide z
  • separation provided

  • chemical techniques
  • arsenic absorption
  • radiation environment
  • spectroscopy studies
  • isobaric beams


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