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Volumn 8160, Issue , 2011, Pages
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Prototyping for the Spectropolarimeter for Planetary EXploration (SPEX): Calibration and sky measurements
a a b b a a b b a c c c d d e f f g
c
TNO
(Netherlands)
d
ASTRON
(Netherlands)
f
Cosine
*
(Netherlands)
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Author keywords
aerosol; atmosphere; dust; Earth; Mars; planet; remote sensing; spectral modulation; spectropolarimetry
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Indexed keywords
A-THERMAL;
AERONET;
AEROSOL MONITORING NETWORKS;
BIREFRINGENT CRYSTALS;
CALIBRATION TESTS;
DEGREE OF LINEAR POLARIZATION;
END-TO-END PERFORMANCE;
FIELD OF VIEWS;
GROUND BASED;
HIGH-ACCURACY;
IN-ORBIT;
INTENSITY SPECTRUM;
JUPITERS;
LINEAR POLARIZATION;
MARS;
MICROPHYSICAL PROPERTY;
MULTI-ANGLE;
MULTIPLE-ORDER RETARDERS;
OPTICAL THICKNESS;
PASSIVE REMOTE SENSING;
PLANETARY ATMOSPHERE;
PLANETARY EXPLORATION;
POLARIZATION MEASUREMENTS;
POLARIZATION MODULATORS;
POLARIZATION SPECTRA;
POLARIZATION STATE;
POLARIZING BEAM SPLITTERS;
QUARTER WAVES;
RETARDANCE;
SINGLE SCATTERING;
SINUSOIDAL MODULATION;
SPECTRAL MODULATION;
SPECTRAL POLARIZATION;
SPECTROPOLARIMETERS;
SPECTROPOLARIMETRY;
SUN PHOTOMETERS;
VERTICAL DISTRIBUTIONS;
ATMOSPHERIC AEROSOLS;
CALIBRATION;
EARTH (PLANET);
INTERPLANETARY SPACECRAFT;
MODULATION;
OPTIMIZATION;
REMOTE SENSING;
SPECTROSCOPY;
POLARIZATION;
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EID: 80053935950
PISSN: 0277786X
EISSN: None
Source Type: Conference Proceeding
DOI: 10.1117/12.893741 Document Type: Conference Paper |
Times cited : (34)
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References (11)
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