## A chemical laser has been constructed in which simultaneous output is obtained from both CO and CO2 laser species at 5 and 10 Mm, respectively. Excitation of CO2 is via energy transfer from vibrationally excited CO (CO?) produced in the photolytically initiated reaction: 0 + CS + CO? + S. G am
On the mechanism of the N(4S) + CS2reactions: N2-CO2laser pumping from the products of the N(4S) + CS2reaction
β Scribed by McGee, T.; Powell, F.
- Book ID
- 119793393
- Publisher
- IEEE
- Year
- 1975
- Tongue
- English
- Weight
- 366 KB
- Volume
- 11
- Category
- Article
- ISSN
- 0018-9197
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π SIMILAR VOLUMES
Data are presented which strongly suggest that stabilisation of the eacrted intermediate o\lz)\* complex in the reaction (1) Nt + 2Nz (rate coefficient kl) occurs via N2 switching whereas for (2) Nt + Nz + He (rate coefticient k,) it occursvia superelastic He collisions. This explains the differing
## Abstract The title reaction, which is spinβforbidden for N~2~(X^1^β) + NO(X^2^Ξ ) production, has been studied from 960 to 1130 K in a highβtemperature photochemistry reactor. No reaction could be observed, indicating __k__ < 1 Γ 10^β15^ cm^3^ molecule^β1^ s^β1^. It is concluded that there is no