Atmospheric Optics [E-Book] / edited by Nikolai B. Divari.
Saved in:
Full text |
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Personal Name(s): | Divari, Nikolai B., editor |
Imprint: |
Boston, MA :
Springer,
1970
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Physical Description: |
VI, 178 p. online resource. |
Note: |
englisch |
ISBN: |
9781468478792 |
DOI: |
10.1007/978-1-4684-7879-2 |
Subject (LOC): |
- Some Statistical Determinations of the Instability of Television Images of Stars
- Images of the Lunar Limb and Heterogeneity Layers in the Troposphere
- Measuring Limb Vibrations of Solar Images
- Vibration of Star Images in Telescopes as a Function of Zenith Distance
- Distribution of Wave-Front Distortions That Cause Star-Image Vibration
- The Probability of Obtaining Good Star Images with Short-Exposure Photography
- Electronic Systems for Short-Exposure Photography of Celestial Objects
- Eliminating Multiple Scattering and Reflection of Light from the Underlying Surface from the Scattering Indicatrix
- Short Method for Determination of Atmospheric Transmission Coefficients
- Atmospheric Transmittance and the Interrelationships of Certain Optical Parameters
- Monitoring the Optical Stability of the Atmosphere for Small and Large Optical Thicknesses
- Spectral Brightness of the Sky
- Spectrophotometric Studies of Atmospheric Transmittance and Stability
- Light Polarization as an Independent Measure of Atmospheric Purity and.Transmittance
- Some Results of Photoelectric Measurements of Atmospheric Polarization in the Town of Shakhty
- On Studying Twilight Phenomena
- The Height of the Twilight Ray
- Evaluating the Dust Component of the Upper Atmosphere by the Twilight Method
- Brightness and Polarization of Twilight at the Celestial Pole
- Photoelectric Photometric Study of Twilight in the Infrared Region
- Dynamics of the Brightness Extremes of the Twilight Sky
- Determining Atmospheric Transmittance from the Brightness of the Twilight Sky
- Comparison of Some Methods of Eliminating the Effect of the Earth’s Atmosphere from the Observed Brightness of Zodiacal Light
- Seasonal Variations of the Telluric Lines of Oxygen and Water Vapor in the Solar Spectrum
- Method for Determining Atmospheric Extinction
- Determining the Transmission Coefficient and Degree of Optical Stability of the Earth’s Atmosphere
- Photoelectric Apparatus for Studying Atmospheric Light Scattering
- Rationality of Characteristic for Optical State of the Atmosphere
- Method for Studying Twilight Phenomena
- Astronomical and Actinometric Values of Standard Atmospheric Transmittance
- Results of Observations of Star Image Vibration at the Uzhgorod Astronomical Station.