Box 1
     Container 
  
Contains 50 Results:
Notes, undated
     File  — Box: 1, Folder: 10
  
    
      Identifier: Folder 10
    
      Scope and Contents
        From the Collection:
        The Tropical Wind, Energy Conversion, and Reference Level Experiment, or TWERLE, was sponsored by the Goddard Space Flight Center (NASA) and designed and implemented by NCAR and the University of Wisconsin. TWERLE was an intensive program of meteorological observations made from superpressure balloons orbiting the earth at the 150mb density level. The balloons were tracked and monitored by the Nimbus-6 satellite, providing data which increased understanding of atmospheric circulation.
	...
    
    
        Dates: 
      undated
    
  TWERLE User IDs, 1976, undated
     File  — Box: 1, Folder: 11
  
    
      Identifier: Folder 11
    
      Scope and Contents
        From the Collection:
        The Tropical Wind, Energy Conversion, and Reference Level Experiment, or TWERLE, was sponsored by the Goddard Space Flight Center (NASA) and designed and implemented by NCAR and the University of Wisconsin. TWERLE was an intensive program of meteorological observations made from superpressure balloons orbiting the earth at the 150mb density level. The balloons were tracked and monitored by the Nimbus-6 satellite, providing data which increased understanding of atmospheric circulation.
	...
    
    
        Dates: 
      1976, undated
    
  Miscellaneous, undated
     File  — Box: 1, Folder: 12
  
    
      Identifier: Folder 12
    
      Scope and Contents
        From the Collection:
        The Tropical Wind, Energy Conversion, and Reference Level Experiment, or TWERLE, was sponsored by the Goddard Space Flight Center (NASA) and designed and implemented by NCAR and the University of Wisconsin. TWERLE was an intensive program of meteorological observations made from superpressure balloons orbiting the earth at the 150mb density level. The balloons were tracked and monitored by the Nimbus-6 satellite, providing data which increased understanding of atmospheric circulation.
	...
    
    
        Dates: 
      undated
    
  "Buoys in the Sky and Ocean", 1969
     File  — Box: 1, Folder: 1
  
    
      Identifier: Folder 1
    
      Scope and Contents
        
    Presentation by John Masterson.
        Dates: 
      1969
    
  "An In-situ Measurement System with a Satellite, Ballons, and Buoys", 1971
     File  — Box: 1, Folder: 2
  
    
      Identifier: Folder 2
    
      Scope and Contents
        
    Presentation by John Masterson, Paul Julian, and Philip Thompson.
        Dates: 
      1971
    
  Buoy Pressure Instrumentation, 1974
     File  — Box: 1, Folder: 1
  
    
      Identifier: Folder 1
    
      Scope and Contents
        From the Collection:
        The Tropical Wind, Energy Conversion, and Reference Level Experiment, or TWERLE, was sponsored by the Goddard Space Flight Center (NASA) and designed and implemented by NCAR and the University of Wisconsin. TWERLE was an intensive program of meteorological observations made from superpressure balloons orbiting the earth at the 150mb density level. The balloons were tracked and monitored by the Nimbus-6 satellite, providing data which increased understanding of atmospheric circulation.
	...
    
    
        Dates: 
      1974
    
  Guide for Users of the Random Access Measurement System on the Nimbus-F, Preliminary Version, 1971
     File  — Box: 1, Folder: 2
  
    
      Identifier: Folder 2
    
      Scope and Contents
        From the Collection:
        The Tropical Wind, Energy Conversion, and Reference Level Experiment, or TWERLE, was sponsored by the Goddard Space Flight Center (NASA) and designed and implemented by NCAR and the University of Wisconsin. TWERLE was an intensive program of meteorological observations made from superpressure balloons orbiting the earth at the 150mb density level. The balloons were tracked and monitored by the Nimbus-6 satellite, providing data which increased understanding of atmospheric circulation.
	...
    
    
        Dates: 
      1971
    
  Guide for Users of the Random Access Measurement System on the Nimbus-F, Revised Version, 1972
     File  — Box: 1, Folder: 3
  
    
      Identifier: Folder 3
    
      Scope and Contents
        From the Collection:
        The Tropical Wind, Energy Conversion, and Reference Level Experiment, or TWERLE, was sponsored by the Goddard Space Flight Center (NASA) and designed and implemented by NCAR and the University of Wisconsin. TWERLE was an intensive program of meteorological observations made from superpressure balloons orbiting the earth at the 150mb density level. The balloons were tracked and monitored by the Nimbus-6 satellite, providing data which increased understanding of atmospheric circulation.
	...
    
    
        Dates: 
      1972
    
  Nimbus-F Data Utilization Plan, 1974
     File  — Box: 1, Folder: 4
  
    
      Identifier: Folder 4
    
      Scope and Contents
        From the Collection:
        The Tropical Wind, Energy Conversion, and Reference Level Experiment, or TWERLE, was sponsored by the Goddard Space Flight Center (NASA) and designed and implemented by NCAR and the University of Wisconsin. TWERLE was an intensive program of meteorological observations made from superpressure balloons orbiting the earth at the 150mb density level. The balloons were tracked and monitored by the Nimbus-6 satellite, providing data which increased understanding of atmospheric circulation.
	...
    
    
        Dates: 
      1974
    
  Nimbus-6 User's Guide, 1975
     File  — Box: 1, Folder: 5
  
    
      Identifier: Folder 5
    
      Scope and Contents
        From the Collection:
        The Tropical Wind, Energy Conversion, and Reference Level Experiment, or TWERLE, was sponsored by the Goddard Space Flight Center (NASA) and designed and implemented by NCAR and the University of Wisconsin. TWERLE was an intensive program of meteorological observations made from superpressure balloons orbiting the earth at the 150mb density level. The balloons were tracked and monitored by the Nimbus-6 satellite, providing data which increased understanding of atmospheric circulation.
	...
    
    
        Dates: 
      1975
    
  