Optical Remote Sensing: Science and TechnologyWalter G. Egan CRC Press, 03.09.2003 - 528 Seiten Written by a pioneer in the field, this unique volume is the only one of its kind to explore advanced concepts in the mathematical representation of polarization, descriptors, and various optical elements used in the analysis of polarization in multiple applications. The book highlights tried and proven techniques to enhance aircraft and satellite |
Inhalt
Polarization and Remote Sensing | 1 |
Photometry | 29 |
Polarization | 49 |
Stokes Parameters | 71 |
Instrumentation | 79 |
Data Acquisition and Storage | 91 |
Data Analysis | 95 |
Polarization and Surface Roughness | 101 |
Complex Index of Refraction of Bulk Solid Carbon Dioxide | 257 |
Star Environments | 263 |
Optical Properties of Continental Haze and Cumulus and Orographic Clouds Based on Space Shuttle Polarimetric Observations | 271 |
Volumetric Scattering and Absorption by Aerosols Parametric Sensitivity in Mie Modeling and Comparisons to Observations | 293 |
Radiative Transfer Properties of the Sahara Region | 315 |
Meteorological Analysis of Chemical Exchange Events in the Arctic Basin | 341 |
Optical Enhancement of Aircraft Detection Using Polarization | 361 |
Detection of Vehicles and Personnel Using Polarization | 379 |
Polarized Laser Retroreflectance | 113 |
Remote Sensing of Seismic Disturbances | 133 |
HighResolution Space Shuttle Polarimetry for Farm Crop Classification | 147 |
Planetary Remote Sensing Atmospheres | 165 |
Effect of Aerosols on Optical Remotely Sensed Data | 185 |
Comparison Between Infrared Martian Disk Spectra and Optical Properties of Terrestrial Analogs | 203 |
The Interstellar Medium Ultraviolet Complex Index of Refraction of Several Candidate Materials | 227 |
Anomalous Refractive Index of SubmicrometerSized Particulates | 245 |
Ultraviolet Spectra of Organic Molecules and the Interstellar Medium | 253 |
Optical Remote Sensing of the Sea A Caribbean Example | 385 |
Physical Variation of Water Vapor and the Relation with Carbon Dioxide | 415 |
Oil Spill Analysis | 425 |
Infrared Optical Constants of Sahara Sand Volcanic Ash and WaterSoluble Aerosols | 441 |
Optical Properties of Standard Aerosols | 451 |
Polarization Modeling Using MODTRAN 37 | 485 |
| 501 | |
Andere Ausgaben - Alle anzeigen
Häufige Begriffe und Wortgruppen
absorption portion aerosol aerosol loading aircraft albedo altitude amplitude analyzer Arctic atmospheric band Bruderheim bytownite calculated calibration carbon dioxide clouds cm¹ coefficient concentration curve Dave depolarization determined diffuse distribution dust effect Egan FIGURE filter flux Geophys haze Hilgeman imagery incident index of refraction indices infrared interstellar interstellar medium laser layer limonite LOWTRAN lunar Mars Martian measurements meteorite methylene blue MgCO3 Mie scattering montmorillonite n₁ number density observed optical complex index optical depth optical properties particles peak pellet percent polarization phase angle phase function photometric plane polarimetric polarized radiation radiance radiative transfer radius range reflectance refractive index Remote Sensing resolution retroreflectance Sahara sand sample satellite scattering and absorption sensor shown in Fig soil solar soot spectral region spectrum Stokes parameters surface Table technique temperature terrestrial transmission ultraviolet values variation viewing angle water vapor wavelength