Infrared and EPR spectra of F2NO radicals stabilised in solid argon

Infrared and EPR Spectra of F 2 NO Radicals Stabilized in SolidArgon. -The F 2 NO radical is formed by addition reactions of two F atoms with NO in solid argon. By use of a combination of EPR and IR absorption spectroscopy this species is identified and characterized for the first time. Additionally, preliminary calculations of the vibrational frequencies and hyperfine constants by ab initio and density functional quantum chemical methods are carried out. -(MISOCHKO, EUGENII YA.; AKIMOV, ALEXANDER V.; GOLDSCHLEGER, ILYA U.; WIGHT, CHARLES A.; Mendeleev Commun.

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ChemInform Abstract: Infrared and EPR Spectra of F₂NO Radicals Stabilized in Solid Argon.

Misochko

Akimov

Goldschleger

et al. 1999

ChemInform

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Infrared and EPR spectra of F2NO radicals stabilised in solid argon

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ChemInform Abstract: Infrared and EPR Spectra of F₂NO Radicals Stabilized in Solid Argon.

ChemInform Abstract: Infrared and EPR Spectra of F₂NO Radicals Stabilized in Solid Argon.

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Infrared and EPR spectra of F2NO radicals stabilised in solid argon

Cited by 1 publication

References 18 publications

ChemInform Abstract: Infrared and EPR Spectra of F2NO Radicals Stabilized in Solid Argon.

ChemInform Abstract: Infrared and EPR Spectra of F2NO Radicals Stabilized in Solid Argon.

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ChemInform Abstract: Infrared and EPR Spectra of F₂NO Radicals Stabilized in Solid Argon.

ChemInform Abstract: Infrared and EPR Spectra of F₂NO Radicals Stabilized in Solid Argon.