The reaction has been studied spectrophotometrically monitoring the absorbance in the wavelength range. The spectra of the reactants, intermediates, and prod-240-400 nm ucts in this system are overlapping; thus special programs [1,2] have been used (and tested) to unravel the kinetics and mechanism
Mechanism of the Apparent Electron-Transfer Reaction Between Tert-Butoxide Ion and Nitrobenzene
β Scribed by Robert D. Guthrie; Dale E. Nutter
- Publisher
- Wiley (John Wiley & Sons)
- Year
- 2010
- Weight
- 36 KB
- Volume
- 91
- Category
- Article
- ISSN
- 0037-9646
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π SIMILAR VOLUMES
Both experimental and theoretical studies confirm that the formation of aryl vinyl ether and aryl vinyl sulfide cation radicals from the corresponding neutral substrates correlates with the Brown ' parameters as opposed to Hammett ' values. Peak oxidation potentials for both classes of substrates co
The kinetics of the oxidation of S20:-by CIOz-have been studied in aqueous alkaline solution at 90Β°C using classical titrimetric methods to follow the course of the reaction. The reaction takes place according to the stoichiometry SzO: - + 2C10z-+ 20H-= 2S042-+ 2Cl-+ H 2 0 even in large SzO:excess.
## Abstract The kinetics of the proton transfer between hydroxyl ions and phenylazoresorcinol, 4β(__p__βnitrophenylazo), and 4β(__m__βnitrophenylazo) resorcinol have been investigated at 25Β°C and an ionic strength of 0.1__M__, in a wider pH range than had been done by previous authors. The rate at