## Abstract Using a relative rate technique the reactions of fluorine and chlorine atoms with CF~3~COOH have been determined to proceed with rate constants of (5.6 ± 0.7) × 10^−11^ and <1 × 10^−17^ cm^3^ molecule^−1^ s^−1^, respectively. Quoted errors for the F atom rate constant reflect statistica
A kinetic study of the reaction of chlorine and fluorine atoms with CF3CHO at 295 ± 2 K
✍ Scribed by T. J. Wallington; M. D. Hurley
- Publisher
- John Wiley and Sons
- Year
- 1993
- Tongue
- English
- Weight
- 362 KB
- Volume
- 25
- Category
- Article
- ISSN
- 0538-8066
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✦ Synopsis
Using a relative rate technique the reactions of chlorine and fluorine atoms with CF3CHO have been determined to proceed with rate constants of (1.8 % 0.4) x and (2.7 2 0.1) x lo-" cm3 molecule-' s-', respectively. Experiments were performed a t 295 ? 2 K and 700 torr total pressure of nitrogen. The results are discussed with respect to the design and interpretation of laboratory studies of the atmospheric chemistry of CFC replacements.
📜 SIMILAR VOLUMES
Using relative rate techniques the reactions of chlorine and fluorine atoms with HC(O)F have been determined to proceed with rate constants of and respectively. Stated errors reflect statistical uncertainty; possible systematic uncertainties could add additional 10% and 20% ranges to the values of k
## Abstract The rate constant for the reactions of atomic chlorine with 1,4‐dioxane (__k__~1~), cyclohexane (__k__~2~), cyclohexane‐d~12~(k~3~), and __n__‐octane (__k__~4~) has been determined at 240–340 K using the relative rate/discharge fast flow/mass spectrometer (RR/DF/MS) technique developed
## Abstract The reaction of atomic chlorine with CH~3~CH~2~OD has been examined using a discharge fast flow system coupled to a mass spectrometer combined with the relative rate method (RR/DF/MS). At 298 ± 2 K, the rate constant for the Cl + CH~3~CH~2~OD reaction was determined using cyclohexane as
Relative rate techniques were used to measure k(Cl This result is discussed with respect to the available data.