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Pure Appl. Chem., 1988, Vol. 60, No. 2, pp. 209-214

Role of Rydberg radicals in electrochemistry

E. M. Evleth and Emil Kassab

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  • Owono Owono L. C., Ben Abdallah D., Jaidane N., Ben Lakhdar Z.: Theoretical radiative properties between states of the triplet manifold of NH radical. J Chem Phys 2008, 128, 084309. <>
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  • Radisic Dunja, Stokes Sarah T., Bowen Kit H.: Two new double Rydberg anions plus access to excited states of neutral Rydberg radicals via anion photoelectron spectroscopy. J Chem Phys 2005, 123, 011101. <>
  • Okai Nobuhiro, Takahata Akihiro, Fuke Kiyokazu: Electronic structure, stability, and formation dynamics of hypervalent molecular clusters: CH3NH3(CH3NH2)n. chem phys letts 2004, 386, 442. <>
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  • Park Jong Keun: Potential energy curves for the dissociation of the Rydberg NH[sub 4] radical into (NH[sub 2]+H[sub 2]). J Chem Phys 1998, 109, 9753. <>
  • Park Jong Keun: Avoided curve crossing for the dissociation of the Rydberg NH[sub 4] radical into(NH[sub 3]+H). J Chem Phys 1997, 107, 6795. <>
  • Fuke Kiyokazu, Takasu Ryozo: Ultrafast Photochemistry of Ammonia Clusters: Formation and Decay of Hypervalent Molecular Clusters Containing the NH4 Radical. Bull Chem Soc Jpn 1995, 68, 3309. <>
  • Fuke Kiyokazu, Takasu Ryozo, Misaizu Fuminori: Photoionization of hypervalent molecular clusters: electronic structure and stability of NH4 (NH3)n. chem phys letts 1994, 229, 597. <>
  • Kassab E., Fouquet J., Evleth E.M.: Some theoretically based speculations on the structure of ammoniated NH5+. chem phys letts 1988, 153, 522. <>