Numerical simulation of Ar-N 2 excitation transfer in flowing afterglow
β Scribed by Loiseau, J F; Pignolet, P; Held, B
- Book ID
- 121467176
- Publisher
- Institute of Physics
- Year
- 1992
- Tongue
- English
- Weight
- 360 KB
- Volume
- 25
- Category
- Article
- ISSN
- 0022-3727
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π SIMILAR VOLUMES
## CS? in an Ar afterglow eshibircd rrnission from the 0'. 1' and 2' levels of CSG(x 'n,-% 'II,). The excitation source was attributed to Ar;. The vibrational frequencies of CS;(.?: U: = 4 and u'; + $u: = 3) were detcrkined from the vibrational analysis of the (u'; ,&.O) progressions from the O" l
A direct numerical simulation is performed for turbulent heat transfer in a concentric annulus at Re D h ΒΌ 8900 and Pr ΒΌ 0:71 for two radius ratios (R 1 =R 2 ΒΌ 0:1 and 0.5) and wall heat flux ratio q Γ ΒΌ 1:0. Main emphasis is placed on the transverse curvature effect on near-wall turbulent thermal s