NASA Logo

NTRS

NTRS - NASA Technical Reports Server

Collections About News Help Login
Back to Results
Middle Atmosphere Program. Handbook for MAP. Volume 13: Ground-based TechniquesTopics of activities in the middle Atmosphere program covered include: lidar systems of aerosol studies; mesosphere temperature; upper atmosphere temperatures and winds; D region electron densities; nitrogen oxides; atmospheric composition and structure; and optical sounding of ozone.
Document ID
19850009143
Acquisition Source
Legacy CDMS
Document Type
Other - Collected Works
Authors
R A Vincent (Illinois State University Normal, United States)
Date Acquired
September 5, 2013
Publication Date
November 1, 1984
Publication Information
Publication: Middle Atmosphere Program. Handbook for MAP. Volume 13: Ground-based Techniques
Subject Category
Geophysics
Report/Patent Number
Report Number: NAS 1.26:174345
Report Number: MAP-HANDBOOK-13
Report Number: NASA-CR-174345
NAS 1.26:174345
MAP-HANDBOOK-13
NASA-CR-174345
Accession Number
85N17452
Funding Number(s)
CONTRACT_GRANT: NASW-3805
Distribution Limits
Public
Copyright
Work of the US Gov. Public Use Permitted.

Related Records

IDRelationTitle19850009144WorkGround-based Measurements of Mesosphere Temperatures by Optical Means19850009145WorkApplication of Fabry-perot Spectrometers for Measurement of Upper Atmosphere Temperatures and Winds19850009146WorkOptical Studies of Nitrogen Oxides in the Stratosphere19850009147WorkMicrowave Radiometric Studies of Composition and Structure19850009148WorkLidar Systems for Aerosol Studies: an Outline19850009149WorkActive Optical Sounding of Ozone and Minor Constituents in the Middle Atmosphere: a Review of Ground-based Lidar Measurements19850009150WorkLidar Studies of Temperature and Density Using Rayleigh Scattering19850009151WorkLidar Studies of the Alkali Metals19850009152WorkPartial Reflection D-region Electron Densities19850009153WorkMWR, Meteor Wind Radars19850009154WorkIncoherent Scatter Radar Studies of the Mesosphere19850009155WorkBinary Pulse Compression Techniques for MST Radars19850009156WorkThe Analysis of Spaced Sensor Records by Correlation Techniques19850009157WorkThe MST Radar Technique19850009158WorkPartial Reflection Spaced Antenna Wind Measurements19850009159WorkD1 LF Wind Measurements in the 90 to 100 Km Height Range19850009144WorkGround-based Measurements of Mesosphere Temperatures by Optical Means19850009145WorkApplication of Fabry-perot Spectrometers for Measurement of Upper Atmosphere Temperatures and Winds19850009146WorkOptical Studies of Nitrogen Oxides in the Stratosphere19850009147WorkMicrowave Radiometric Studies of Composition and Structure19850009148WorkLidar Systems for Aerosol Studies: an Outline19850009149WorkActive Optical Sounding of Ozone and Minor Constituents in the Middle Atmosphere: a Review of Ground-based Lidar Measurements19850009150WorkLidar Studies of Temperature and Density Using Rayleigh Scattering19850009151WorkLidar Studies of the Alkali Metals19850009152WorkPartial Reflection D-region Electron Densities19850009153WorkMWR, Meteor Wind Radars19850009154WorkIncoherent Scatter Radar Studies of the Mesosphere19850009155WorkBinary Pulse Compression Techniques for MST Radars19850009156WorkThe Analysis of Spaced Sensor Records by Correlation Techniques19850009157WorkThe MST Radar Technique19850009158WorkPartial Reflection Spaced Antenna Wind Measurements19850009159WorkD1 LF Wind Measurements in the 90 to 100 Km Height Range
No Preview Available