The energy of dissociation of OH
β Scribed by R. Edse
- Publisher
- Elsevier
- Year
- 1948
- Weight
- 502 KB
- Volume
- 3
- Category
- Article
- ISSN
- 1062-2896
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π SIMILAR VOLUMES
The MP2/6-3 11 G(d) level of theory has been applied to answer the question of how the geometry and total energy changes with respect to lengthening of the S-Cl bond in Cl-SH(OH)-Cl. The results predict that the title compound would readily dissociate forming HC1 and Cl-S (H)O. The dissociation ene
## The dynarmcs of the HzO-("Bt) --H-('S) + 0H(2fl) dlssoaatlon has been studled on three different potentul energ! surfaces usmg a quaslclasslcal traJectory method m the futed-angle approvlmatlon The partltionmg of the excess energy between translatlonal and mternal ener@es of the fragments appea
Absolute rate constants for H-atom abstraction by OH radicals from cyclopropane, cyclopentane, and cycloheptane have been determined in the gas phase a t 298 K. Hydroxyl radicals were generated by flash photolysis of H,O vapor in the vacuum UV, and monitored by time-resolved resonance absorption a t