The photochemically induced oxidation of aniline by hydroperoxides: An electron paramagnetic resonance study. Part II.
作者:Loris Grossi
DOI:10.1016/s0040-4020(01)85525-3
日期:——
The oxidation reaction of aniline by tertiary hydroperoxides, induced photochemically, was studied. The peculiar radical intermediates, nitroxides and peroxy radicals, involved in the reaction mechanism were detected and identified by EPR spectroscopy. The presence of these intermediates confirm that PhNO is the first product of the oxidation of aniline and the PhNH· radical as its precursor.
Kinetic applications of electron paramagnetic resonance spectroscopy. 42. Some reactions of the bis(trifluoromethyl)aminoxyl radical
作者:T. Doba、K. U. Ingold
DOI:10.1021/ja00326a012
日期:1984.7
Determination des constantes de vitesse, dans des freons, de l'enlevement d'hydrogene par (CF 3 ) 2 NO . d'un certain nombre de substrats et de l'addition de ce radical a CH 2 =CCl 2
Determination des constantes de vitesse, dans des freons, de l'enlevement d'hydrogene par (CF 3 ) 2 NO。d'un 某些 nombre de substrats et de l'addition de ce 自由基 a CH 2 =CCl 2
High resolution electronic absorption spectra of aniline, anilino and silicon dioxide
作者:Fuat Bayrakçeken、İpek Ş. Karaaslan
DOI:10.1016/s1386-1425(03)00061-1
日期:2003.10
absorption spectra of aniline and anilino free radical have been recorded in the vapor phase at room temperature by flash photolysis technique, and subsequent reactions have been investigated by kinetic spectroscopy. It was possible to follow the kinetics of the anilino radical's decay which occurred predominantly by bimolecular recombination. Decay parameters of anilino free radical were measured from the absorption
Hypovalent radicals. 13. Gas-phase nucleophilic reactivities of phenylnitrene (PhN<sup>-</sup> •) and sulfur anion radicals (S<sup>-</sup>•) at sp<sup>3</sup> and carbonyl carbon
作者:Richard N. McDonald、A. Kasem Chowdhury
DOI:10.1021/ja00340a010
日期:1983.1
Gas-phase nucleophilic addition reactions of phenylnitrene anion radical with certain carbonyl-containing molecules