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Molecular radiation and its application to diagnostic techniquesConference papers on rocket base heating problems, and behavior of liquid rocket propellant jet plumes
Document ID
19680008613
Acquisition Source
Legacy CDMS
Document Type
Technical Memorandum (TM)
Authors
Goulard, R. (NASA Marshall Space Flight Center Huntsville, AL, United States)
Date Acquired
September 2, 2013
Publication Date
January 8, 1968
Subject Category
Thermodynamics And Combustion
Report/Patent Number
NASA-TM-X-53711
Report Number: NASA-TM-X-53711
Meeting Information
Meeting: SPECIALISTS CONF.
Location: HUNTSVILLE, AL
Country: UNITED STATES
Start Date: October 5, 1967
End Date: October 6, 1967
Accession Number
68N18082
Distribution Limits
Public
Copyright
Work of the US Gov. Public Use Permitted.

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IDRelationTitle19680008614WorkIntroduction to the problem of rocket base heating, and to the behavior of liquid propellant rocket jet plumes19680008615WorkBand model representations for high temperature water vapor and carbon dioxide19680008616WorkMethods of calculating atmospheric tramsmission functions19680008617WorkThe infrared opacity of hot water vapor19680008618WorkThe surface pressure of Venus19680008619WorkInference of band structures from laboratory data19680008620WorkApplication of band models to inhomogeneous gases19680008621WorkRadiation model for nonscattering rocket exhaust gases19680008622WorkReview of experimental verification of the Curtis-Godson approximation for infrared spectral radiation from high temperature gases19680008623WorkRadiative heat transfer calculations for Saturn exhaust plumes19680008624WorkEmittance and radiance calculations for solid propellant rocket exhausts19680008625WorkThe status of optical diagnostics on wakes behind hypersonic vehicles19680008626WorkRemote sensing and inversion techniques - State of the art19680008627WorkStatistical inversion method for the solution of integral equations of the first kind19680008628WorkRemote sensing of atmospheric water vapor and ozone using interferometry19680008629WorkRemote detection of local temperatures and local partial pressures with crossed-beam spectroscopy19680008630WorkApplication of laser Doppler techniques to turbulent velocity measurement19680008632WorkThe inversion problem in stellar atmospheres19680008633WorkSome theoretical frequency averages for the emittance of a homogenous gas-particle cloud19680008634WorkDetermination of atmospheric temperature profiles from satellite radiance measurements at the limb of the earth19680008635WorkEstimating diurnal temperature variation at the stratopause from horizon radiance measurements19680008636WorkMolecular temperature determinations in flow fields of re-entering bodies19680008637WorkThe relevance of frequency averaged properties19680008638WorkGas emissivity model for radiative transfer calculations19680008639WorkThe Doppler analog of an Elsasser band model19680008640WorkTemperature sounding with the 4.3 micron CO2 band19680008641WorkNumerical study of nonlinear inversion19680008642WorkForum. Question 1 - Heat transfer and flow field solutions19680008643WorkForum. Question 2 - Requirements, possibilities and promises of inversion techniques for rocket exhaust plume technology19680008644WorkForum. Question 3 - Relevance of laboratory experiments to actual radiating flows19680008645WorkForum. Question 4 - Band models and non-models19680008614WorkIntroduction to the problem of rocket base heating, and to the behavior of liquid propellant rocket jet plumes19680008615WorkBand model representations for high temperature water vapor and carbon dioxide19680008616WorkMethods of calculating atmospheric tramsmission functions19680008617WorkThe infrared opacity of hot water vapor19680008618WorkThe surface pressure of Venus19680008619WorkInference of band structures from laboratory data19680008620WorkApplication of band models to inhomogeneous gases19680008621WorkRadiation model for nonscattering rocket exhaust gases19680008622WorkReview of experimental verification of the Curtis-Godson approximation for infrared spectral radiation from high temperature gases19680008623WorkRadiative heat transfer calculations for Saturn exhaust plumes19680008624WorkEmittance and radiance calculations for solid propellant rocket exhausts19680008625WorkThe status of optical diagnostics on wakes behind hypersonic vehicles19680008626WorkRemote sensing and inversion techniques - State of the art19680008627WorkStatistical inversion method for the solution of integral equations of the first kind19680008628WorkRemote sensing of atmospheric water vapor and ozone using interferometry19680008629WorkRemote detection of local temperatures and local partial pressures with crossed-beam spectroscopy19680008630WorkApplication of laser Doppler techniques to turbulent velocity measurement19680008632WorkThe inversion problem in stellar atmospheres19680008633WorkSome theoretical frequency averages for the emittance of a homogenous gas-particle cloud19680008634WorkDetermination of atmospheric temperature profiles from satellite radiance measurements at the limb of the earth19680008635WorkEstimating diurnal temperature variation at the stratopause from horizon radiance measurements19680008636WorkMolecular temperature determinations in flow fields of re-entering bodies19680008637WorkThe relevance of frequency averaged properties19680008638WorkGas emissivity model for radiative transfer calculations19680008639WorkThe Doppler analog of an Elsasser band model19680008640WorkTemperature sounding with the 4.3 micron CO2 band19680008641WorkNumerical study of nonlinear inversion19680008642WorkForum. Question 1 - Heat transfer and flow field solutions19680008643WorkForum. Question 2 - Requirements, possibilities and promises of inversion techniques for rocket exhaust plume technology19680008644WorkForum. Question 3 - Relevance of laboratory experiments to actual radiating flows19680008645WorkForum. Question 4 - Band models and non-models
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