A primary calibration system, PCS, for infrared radiometers has been developed, built, and tested. The system allows radiometers to be calibrated with less than 1 percent error for use in earth coverage horizon measurements, earth resources surveys, and synoptic meteorological measurement. The final design, fabrication and test of the PCS are reported. A detailed description of the PCS construction is presented, along with the results of a complete series of functional tests. Test to verify the source thermal characteristics, collimator reflectance, and output beam characteristics are described and their results presented
Methods used by the Space Dynamics Laboratory of Utah State University (SDL/USU) to calibrate infrar...
The radiometric integrity of TM thermal infrared channel data was evaluated and monitored to develop...
An infrared radiometer is described which was developed to measure temperature rises of wind tunnel ...
The infrared (IR) testing of the Olympus thermal model has provided a capability to perform cost eff...
The need for independent, redundant absolute radiometric calibration methods is discussed with refer...
Measurement and accuracy needs for remote sensing are analyzed. Topics discussed include: (1) in orb...
Two radiometric calibration sources that are utilized by various groups are maintained and operated....
Two techniques were developed for determining atmospheric corrections from observations made by a sc...
Absolute cavity radiometer with equal sensitivity to ultraviolet, visible, and infrared radiatio
Calibration, system, subsystem, and components of microwave radiometer for Nimbus satellit
NASA SSC maintains four ASD FieldSpec FR spectroradiometers: 1) Laboratory transfer radiometers; 2) ...
All sensors systems designed to acquire quantitative data undergo radiometric calibration. The types...
The science objectives, development history, functional description, and testing of the Mariner Venu...
Systems analysis and performance test data on dual radiometer assembly for measuring far infrared wa...
Highly accurate measurements of Earth's thermal infrared and reflected solar radiation are required ...
Methods used by the Space Dynamics Laboratory of Utah State University (SDL/USU) to calibrate infrar...
The radiometric integrity of TM thermal infrared channel data was evaluated and monitored to develop...
An infrared radiometer is described which was developed to measure temperature rises of wind tunnel ...
The infrared (IR) testing of the Olympus thermal model has provided a capability to perform cost eff...
The need for independent, redundant absolute radiometric calibration methods is discussed with refer...
Measurement and accuracy needs for remote sensing are analyzed. Topics discussed include: (1) in orb...
Two radiometric calibration sources that are utilized by various groups are maintained and operated....
Two techniques were developed for determining atmospheric corrections from observations made by a sc...
Absolute cavity radiometer with equal sensitivity to ultraviolet, visible, and infrared radiatio
Calibration, system, subsystem, and components of microwave radiometer for Nimbus satellit
NASA SSC maintains four ASD FieldSpec FR spectroradiometers: 1) Laboratory transfer radiometers; 2) ...
All sensors systems designed to acquire quantitative data undergo radiometric calibration. The types...
The science objectives, development history, functional description, and testing of the Mariner Venu...
Systems analysis and performance test data on dual radiometer assembly for measuring far infrared wa...
Highly accurate measurements of Earth's thermal infrared and reflected solar radiation are required ...
Methods used by the Space Dynamics Laboratory of Utah State University (SDL/USU) to calibrate infrar...
The radiometric integrity of TM thermal infrared channel data was evaluated and monitored to develop...
An infrared radiometer is described which was developed to measure temperature rises of wind tunnel ...