Olefin radical cations are characterized by time-resolved fluorescence-detected magnetic resonance (FDMR) in pulse radiolysis of saturated hydrocarbons. Studies of both neat and mixed saturated hydrocarbon fluids by FDMR at low temperatures (to = 100Β°C) suggest that olefin cations originate in the f
Detection of aromatic radical cation aggregates in pulse radiolysis in alkane solutions. Time-resolved fluorescence detected magnetic resonance
β Scribed by M.F. Desrosiers; A.D. Trifunac
- Publisher
- Elsevier Science
- Year
- 1985
- Tongue
- English
- Weight
- 393 KB
- Volume
- 121
- Category
- Article
- ISSN
- 0009-2614
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Transient radical cations of cyclohcxcne and l+cyclohexadlene are characterized in pulse radiolysis in Equid hydrocarbons. Time-resolved tluorscenc+de~ected magnetic resonance allows observtion and EPR special assignment 01 These very short-lived radical cations. The olefii radical cations are creat
Tune resolved EPR spectra of aromatx radtcal ran paus are measured by optical detection of mtcrowave modulation (ODMR) of the fluorescence of ewtted aromattcs from recombtnatton of radtcal ton paus produced by pulse radlolysts ODMR data tn solutions of pyrcnc III dccahn mdlatc that gcmlnate recombma