<p>Investigating a night-side orbit that is overly hot with the current calibration. What is interesting here how the blackbody temperature sensor seems to be influenced strongly by the spaceviews. Everytime we do a calibration block with spaceviews, one can see how the blackbody temperature dips down.</p
A comparison between two different types of thermal radiation sources maintaining near blackbody con...
Pyrgeometers are used to measure the atmospheric longwave irradiance throughout the ARM program site...
Chinese Fengyun-2 (FY-2) satellite is to ensure continuity of atmospheric observation from the geost...
The Thermal Emissive Bands (TEBs) on S-NPP VIIRS are calibrated with an onboard calibrator blackbody...
Infrared radiometers and spectrometers generally use blackbodies for calibration, and with the high ...
The accuracy of radiance measurements with space-based infrared spectrometers is contingent on the q...
Highly precise (~±0.05% k=2), traceable, infrared radiance calibrations are typically achieved throu...
Space Dynamics Laboratory (SDL) has observed, over several years of work with various blackbodies, s...
This work presents a method that has been recently adopted in our laboratory to determine the temper...
This paper evaluates the calibration quality during the blackbody (BB) warm-up cool-down cycle for t...
To ensure confidence, measurements carried out by imaging radiometers mounted on satellites require ...
Since HJ-1B was launched, 7 sets of blackbody data have been used to calculate onboard calibration c...
Measurements made with a pyrometer are vulnerable to errors if the pyrometer is misaligned, inaccura...
The visible infrared imaging radiometer suite (VIIRS) is a key sensor carried on the Suomi national ...
This paper presents the method toward quantifying the global uncertainty on the blackbody temperatur...
A comparison between two different types of thermal radiation sources maintaining near blackbody con...
Pyrgeometers are used to measure the atmospheric longwave irradiance throughout the ARM program site...
Chinese Fengyun-2 (FY-2) satellite is to ensure continuity of atmospheric observation from the geost...
The Thermal Emissive Bands (TEBs) on S-NPP VIIRS are calibrated with an onboard calibrator blackbody...
Infrared radiometers and spectrometers generally use blackbodies for calibration, and with the high ...
The accuracy of radiance measurements with space-based infrared spectrometers is contingent on the q...
Highly precise (~±0.05% k=2), traceable, infrared radiance calibrations are typically achieved throu...
Space Dynamics Laboratory (SDL) has observed, over several years of work with various blackbodies, s...
This work presents a method that has been recently adopted in our laboratory to determine the temper...
This paper evaluates the calibration quality during the blackbody (BB) warm-up cool-down cycle for t...
To ensure confidence, measurements carried out by imaging radiometers mounted on satellites require ...
Since HJ-1B was launched, 7 sets of blackbody data have been used to calculate onboard calibration c...
Measurements made with a pyrometer are vulnerable to errors if the pyrometer is misaligned, inaccura...
The visible infrared imaging radiometer suite (VIIRS) is a key sensor carried on the Suomi national ...
This paper presents the method toward quantifying the global uncertainty on the blackbody temperatur...
A comparison between two different types of thermal radiation sources maintaining near blackbody con...
Pyrgeometers are used to measure the atmospheric longwave irradiance throughout the ARM program site...
Chinese Fengyun-2 (FY-2) satellite is to ensure continuity of atmospheric observation from the geost...
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