The rate-coefficients for the reactions HO2 + NO = HO + NO\* (1) and HO\* + HO = Hz0 + 0, (2) have been remeasured by laser magnetic resonance using an improved experimental arrangement. Values of kl = (6-9 f 0.6) X lO-12 cm3 molecule-' s-l and k2 = (5.8 -c 09) X 10-l cm3 molecule-' s-' (one standar
Reactions of the HO2radical
β Scribed by L. I. Avramenko; L. M. Evlashkina; R. V. Kolesnikova
- Book ID
- 112435469
- Publisher
- Springer
- Year
- 1967
- Tongue
- English
- Weight
- 277 KB
- Volume
- 16
- Category
- Article
- ISSN
- 1573-9171
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
Replacement of N 2 by CO in H 2 + 02 + N 2 mixtures undergoing slow reaction at 500Β°C causes a marked increase in the reaction rate and a decrease in the induction period, expressed as the time to half maximum rate. A detailed interpretation using a computer treatment gives k24/klo 1/2 = 0.42 Β± 0.03
## Radicalrecombination rates have been measured in fuel-lean H2/02/N2 fhmesat temperatures up to 3130'K. The observed rnres cannot be accoan:ed for in terms of termolecular reactions such as H f OH + in! -. Hz0 + hl and the occunence of an additional recumbination route, H + 02 + hI 5 HO? + &I,
Receiicd IS Jo;> 1979 r\fe33uremcnrs of the rates of the re;ftLlfln, HO1 -NO2 = H202 + 02 fff, by laser magnertc resommce spectroscopy at 298-5 Iye iielded the follotring uhy;fXSfor ficlium\_zx\_rers at ~nrious toss1 prnntres: (2.9 f 1.2) X tOei aa3 z~IOfecde 5 3c 2 Torr, t-1.3 : I.81 X LO cm moIccu