## Abstract We report variational transition‐state theory calculations for the OH + O~3~→ HO~2~ + O~2~ reaction based on the recently reported double many‐body expansion potential energy surface for ground‐state HO~4~ [Chem Phys Lett 2000, 331, 474]. The barrier height of 1.884 kcal mol^−1^ is comp
ESR. Study of the Pentacoordinated Arsenic Radical Anion [(OH)3(O)AsCH2As(O)(OH)2]=
✍ Scribed by Michel Geoffroy; Antoine Llinares; John R. Morton
- Publisher
- John Wiley and Sons
- Year
- 1983
- Tongue
- German
- Weight
- 163 KB
- Volume
- 66
- Category
- Article
- ISSN
- 0018-019X
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✦ Synopsis
Abstract
The anion [(OH)~3~(O)AsCH~2~As(O)(OH)~2~] has been trapped in an X‐irradiated single crystal of methylene diarsonic acid. The g‐tensor and the hyperfine coupling tensors of the two ^75^As‐nuclei have been obtained and the spin densities in the arsenic 4s‐ and 4p‐orbitals determined.
📜 SIMILAR VOLUMES
## Abstract Reactions of [3‐NC‐B~11~F~10~]^2–^ with aqueous bases resulted in a cluster degradation. From the reaction mixtures, salts of the [B~3~O~3~F~2~(OH)~2~]^–^ anion (1) with [Ph~4~P]^+^ or [Ph~3~MeP]^+^ as countercations were isolated. Both salts were investitgated by single‐crystal X‐ray d
The cherniluminescence in the H+ 0, -OH(X \*lIIW,& +O, reaction was observed uvng a crossed beam tcebnlqu& l%e tnilial population of the OH radicals tn the vibratIonal slate v (4 < u UG 9) were found to be N( 9) -1.0, N(B) -0.95&O 1, N(7) -0.9kO.2, N(6) -0 2\*0 1 and N(5) -N(4) -0 2&O 2 The IOEII cr