Supersonic flow chemical processes and radiative transfer
Guardado en:
| Otros Autores: | , |
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| Formato: | Libro |
| Lenguaje: | Inglés |
| Publicado: |
New York :
Pergamon Press,
1964.
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| Materias: | |
| Aporte de: | Registro referencial: Solicitar el recurso aquí |
Tabla de Contenidos:
- Mixing Problems with Chemical Reactions; Zakkay; Krause. V.. E.;Influence des Reactions Chimiques sur L'Ecoulement; Barrere. M.;Supersonic Diffusion Flames; Schetz. J. A.;Combustion supersonique dans un Canal Cylindrique; Mestre; Viaud. A.. L.;An investigation of Real Gas Effects Relevant to the Performance of Kerosine Fuelled Hypersonic Ramjet; Hawkins; Fox. R.. M. D.;Some effects of Stable Combustion in Wakes Formed in a Supersonic Stream; Townend; Reid. L. H.. J.;Chemical Relaxation for Channel Flows of Doubly Reacting Mixtures; Napolitano. L. G.;The Structure of the Rocket Exhaust Plume Without Reaction at Various Altitudes; Adamson, Jr.. T. C.;Transonic Aspects of Hypervelocity Rocket Plumes; Bowyer; D'Attore; Yoshihara. J.. L.. H.;The calculation od heat and mass transfer through the turbulent boundary layer on a flat plate at high mach numbers, with and without chemical reaction; Spalding; Auslander; Sundaram. D. B.. D. M.. T. R.;Similarity Parameters for Radiative Energy Transfer in Isothermal and Non-Isothermal Gas Mixtures; Penner; Thomas; Adomeit. S. S.. M.. G.;Radiation Transfer Regimes in Hypersonic Flight; Goulard. R.;Heat Transfer in Hypersonic Flow with Radiation and Chemical Reaction; Scala; Sampson. S. M.. D. H.;The Influence of Radiant-Energy Transfer on One-Dimensional Shock Ware Propagation; Olfe. D. B.;On Photoionization Ahead of a Strong Shock Ware; Ferrari; Clarke. C.. J. H.;Radiative Ionization Fronts in Hydrogen; Goldsworthy. F. A.;Laboratory Astrophysics and Combustion Spectroscopy; Nicholls. R. W.;Radiation Heat Transfer during Reentry; Kivel. B.;Thermal Radiation of a Flame with Condensed MgO Particles; Rössler. F.;Radiation Cooling of Aerodynamically Heated Surfaces at High Mach Numbers; Rosner. D. E.;Comments on Applicability of the Rosseland Approximation to Shock-heated Air; Penner. S. S.