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5 résultat(s) recherche sur le mot-clé 'INTERFEROMETER'
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ADVANCED AERODYNAMIC MEASUREMENT TECHNOLOGY. (Technologies Avancées de Mesure Aérodynamique).
Titre : ADVANCED AERODYNAMIC MEASUREMENT TECHNOLOGY. (Technologies Avancées de Mesure Aérodynamique). Type de document : document imprimé Editeur : ONERA Année de publication : 35916 Collection : (AGARD-CP-601). Importance : 420,00 ISBN/ISSN/EAN : 92-836-0056-601 Langues : Français (fre) Mots-clés : CRYOGENICS FLOW VISUALIZATION FLUID DYNAMICS HOLOGRAPHY INTERFEROMETERS PRESSURE SENSITIVE PAINTS SKIN FRICTION TEMPERATURE MEASUREMENT VELOCITY MEASUREMENT WIND TUNNELS Note de contenu : 81st Fluid Dynamics Panel Symposium
ADVANCED AERODYNAMIC MEASUREMENT TECHNOLOGY. (Technologies Avancées de Mesure Aérodynamique). [document imprimé] . - ONERA, 35916 . - 420,00. - ((AGARD-CP-601).) .
ISSN : 92-836-0056-601
Langues : Français (fre)
Mots-clés : CRYOGENICS FLOW VISUALIZATION FLUID DYNAMICS HOLOGRAPHY INTERFEROMETERS PRESSURE SENSITIVE PAINTS SKIN FRICTION TEMPERATURE MEASUREMENT VELOCITY MEASUREMENT WIND TUNNELS Note de contenu : 81st Fluid Dynamics Panel Symposium
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Code-barres Cote Support Localisation Section Disponibilité MA3333 Document imprimé Bureau chercheur Indéterminé Disponible ADVANCED NON-INTRUSIVE INSTRUMENTATION FOR PROPULSION ENGINES. (l'Instrumentation Non-Invasive Avancée pour les Propulseurs).
Titre : ADVANCED NON-INTRUSIVE INSTRUMENTATION FOR PROPULSION ENGINES. (l'Instrumentation Non-Invasive Avancée pour les Propulseurs). Type de document : document imprimé Editeur : ONERA Année de publication : 35916 Collection : (AGARD-CP-598). Importance : 550,00 ISBN/ISSN/EAN : 92-8360-055-X Langues : Français (fre) Mots-clés : COMBUSTION COMPOSITE MATERIALS FLAMES FLUORESCENCE GAS TURBINE ENGINES INTERFEROMETERS LASERS NEUTRON DIFFRACTION PROPULSION RAMAN SPECTROSCOPY TEMPERATURE TURBOMACHINERY VIBRATION Note de contenu : Propulsion and Energetics Panel(PEP) 90th Symposium
ADVANCED NON-INTRUSIVE INSTRUMENTATION FOR PROPULSION ENGINES. (l'Instrumentation Non-Invasive Avancée pour les Propulseurs). [document imprimé] . - ONERA, 35916 . - 550,00. - ((AGARD-CP-598).) .
ISBN : 92-8360-055-X
Langues : Français (fre)
Mots-clés : COMBUSTION COMPOSITE MATERIALS FLAMES FLUORESCENCE GAS TURBINE ENGINES INTERFEROMETERS LASERS NEUTRON DIFFRACTION PROPULSION RAMAN SPECTROSCOPY TEMPERATURE TURBOMACHINERY VIBRATION Note de contenu : Propulsion and Energetics Panel(PEP) 90th Symposium
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Code-barres Cote Support Localisation Section Disponibilité MA3332 Document imprimé Bureau chercheur Indéterminé Disponible FUNDAMENTAL STUDIES OF IONS AND PLASMAS, vol. 1.
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Code-barres Cote Support Localisation Section Disponibilité MA1375 50 Document imprimé Bureau chercheur Indéterminé Disponible INVESTIGATION OF THE PROCESS OF INTERACTION OF A REFLECTED SHOCK DISCONTINUITYWITH THE BOUNDARY LAYER OF THE FLOW BEHIND AN INCIDENT SHOCK WAVE. / SHATILOV A.P., LAZAREVA Y.V., TRUKHANOVA L.N. ZAYTSEV S.G.
Titre : INVESTIGATION OF THE PROCESS OF INTERACTION OF A REFLECTED SHOCK DISCONTINUITYWITH THE BOUNDARY LAYER OF THE FLOW BEHIND AN INCIDENT SHOCK WAVE. Type de document : document imprimé Auteurs : SHATILOV A.P., LAZAREVA Y.V., TRUKHANOVA L.N. ZAYTSEV S.G., Auteur Editeur : Academy of Sciences of The Ussr Importance : 49,00 Langues : Français (fre) Mots-clés : BOUNDARY LAYER GAS INTERFEROMETER NITROGEN REFLECTED SHOCK WAVE Index. décimale : 47.40 Compressible flows INVESTIGATION OF THE PROCESS OF INTERACTION OF A REFLECTED SHOCK DISCONTINUITYWITH THE BOUNDARY LAYER OF THE FLOW BEHIND AN INCIDENT SHOCK WAVE. [document imprimé] / SHATILOV A.P., LAZAREVA Y.V., TRUKHANOVA L.N. ZAYTSEV S.G., Auteur . - [S.l.] : Academy of Sciences of The Ussr, [s.d.] . - 49,00.
Langues : Français (fre)
Mots-clés : BOUNDARY LAYER GAS INTERFEROMETER NITROGEN REFLECTED SHOCK WAVE Index. décimale : 47.40 Compressible flows Réservation
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Code-barres Cote Support Localisation Section Disponibilité OC0003 47.40 ZAY Document imprimé IRPHE Indéterminé Disponible Journal of fluids engineering, Vol.113, No.3. A theoretical and experimental study of the characterization of bubbles using light scattering interferometry / Alejandro Brena de la Rosa
in Journal of fluids engineering, ASME transactions
Titre de série : Journal of fluids engineering, Vol.113, No.3 Titre : A theoretical and experimental study of the characterization of bubbles using light scattering interferometry Type de document : articles et extraits Auteurs : Alejandro Brena de la Rosa, Auteur ; W. D. Bachalo, Auteur ; B. J. Weber, Auteur ; G. Wang, Auteur ; S. V. Sankar, Auteur Année de publication : 1991 Importance : p. 460-468 Langues : Anglais (eng) Mots-clés : Bubble Geometrical shape Velocity distribution Measurement method Optical method Laser interferometer Theoretical study Experimental study Résumé : This paper details the theoretical and experimental research undertaken to determine the size and morphology of bubbles, and their dynamic characteristics such as velocity, number density, and volume flux using light scattering interferometry.^The approach is based on the measurement of the phase difference of the interference fringe pattern which is produced when a particle passing through the probe volume defined by the intersection of two laser beams scatters light and interferes n the surrounding medium.^Detailed analytical/numerical modeling of the phase Doppler approach using Mie scattering theory and the geometrical optics approximation resulted in optimum light scattering collection angles and calibration curves for bubble diagnostics.^Using several techniques to generate a steady steam of monosize bubbles in the range from 6 {mu}m to 1800 {mu}m in diameter, the measurements obtained using the phase Doppler method were compared with direct photography yielding an agreement of better than 95 percent.^The morphology of spheroidal bubbles was also investigated by placing the transmitting and receiving optical units at specified locations with respect to the scatterers.
in Journal of fluids engineering, ASME transactions
Journal of fluids engineering, Vol.113, No.3. A theoretical and experimental study of the characterization of bubbles using light scattering interferometry [articles et extraits] / Alejandro Brena de la Rosa, Auteur ; W. D. Bachalo, Auteur ; B. J. Weber, Auteur ; G. Wang, Auteur ; S. V. Sankar, Auteur . - 1991 . - p. 460-468.
Langues : Anglais (eng)
Mots-clés : Bubble Geometrical shape Velocity distribution Measurement method Optical method Laser interferometer Theoretical study Experimental study Résumé : This paper details the theoretical and experimental research undertaken to determine the size and morphology of bubbles, and their dynamic characteristics such as velocity, number density, and volume flux using light scattering interferometry.^The approach is based on the measurement of the phase difference of the interference fringe pattern which is produced when a particle passing through the probe volume defined by the intersection of two laser beams scatters light and interferes n the surrounding medium.^Detailed analytical/numerical modeling of the phase Doppler approach using Mie scattering theory and the geometrical optics approximation resulted in optimum light scattering collection angles and calibration curves for bubble diagnostics.^Using several techniques to generate a steady steam of monosize bubbles in the range from 6 {mu}m to 1800 {mu}m in diameter, the measurements obtained using the phase Doppler method were compared with direct photography yielding an agreement of better than 95 percent.^The morphology of spheroidal bubbles was also investigated by placing the transmitting and receiving optical units at specified locations with respect to the scatterers. Réservation
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Code-barres Cote Support Localisation Section Disponibilité ART-1991460 BRE Document imprimé IRPHE Bibliothèque de l'IRPHE Disponible