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Passive remote sensing of three-layered anisotropic random media
Yun Hee Lee,
Jay Kyoon Lee
Department of Electrical Engineering & Computer Science
Research output
:
Chapter in Book/Entry/Poem
›
Conference contribution
4
Scopus citations
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Dive into the research topics of 'Passive remote sensing of three-layered anisotropic random media'. Together they form a unique fingerprint.
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Keyphrases
Passive Remote Sensing
100%
Three-layered
100%
Emissivity
50%
Bistatic Scattering Coefficient
50%
Born Approximation
33%
Passive Microwave Remote Sensing
33%
Earth Remote Sensing
33%
Multiple Reflections
16%
Terrain Model
16%
Virtual Terrain
16%
Active Remote Sensing
16%
Scattering Media
16%
Viewing Angle
16%
Remote Sensing Data
16%
Media Layer
16%
Multi-year Sea Ice
16%
Electromagnetic Waves
16%
Wave Scattering
16%
Wave Theory
16%
Single Scattering
16%
Statistical Properties
16%
Uniaxial
16%
Anisotropic Properties
16%
Random Medium Model
16%
Radiant Flux
16%
Earth and Planetary Sciences
Passive Remote Sensing
100%
Emissivity
100%
Microwave Remote Sensing
66%
Active Remote Sensing
33%
Wave Scattering
33%
Remote Sensing
33%
Electromagnetic Radiation
33%
Anisotropic Medium
33%
Physics
Satellite Communication
100%
Scattering Coefficient
42%
Emissivity
42%
Born Approximation
28%
Wave Scattering
14%