The S190A preflight radiometric exposure test data generated as part of preflight and system test of KM-002 Sequence 29 on flight camera S/N 002 was analyzed. The analysis was to determine camera system transmission using available data which included: (1) films exposed to a calibrated light source subject; (2) filter transmission data; (3) calibrated light source data; (4) density vs. log10 exposure curves for the films; and (5) spectral sensitometric data for the films. The procedure used is outlined, and includes the data and a transmission matrix as a function of field position for nine measured points on each station-film-filter-aperture-shutter speed combination
The precision and accuracy with which the S193 radiometer measured the brightness temperature of gro...
Work carried out to identify human performance requirements for remotely manned system is reported. ...
The results of S190A sensor performance evaluation are summarized based on data presented by all con...
An S191 performance summary based on ground testing and orbital operations in terms of pertinent par...
Measurement and accuracy needs for remote sensing are analyzed. Topics discussed include: (1) in orb...
A primary calibration system, PCS, for infrared radiometers has been developed, built, and tested. T...
A comparison of MSS radiometric processing techniques identified as a preferred radiometric processi...
The design, development, and characteristics of the S192 instrument for use with the earth resources...
A procedure was developed to obtain the radiometric (radiance) responsivity of the Feature Identific...
A flight test was conducted to determine the optimum exposures for the Skylab S-190A experiment. An ...
The radiometric integrity of TM thermal infrared channel data was evaluated and monitored to develop...
The tests and equipment are described for measuring the exact performance characteristics of camera ...
For remote sensing (RS) to be a truly useful technique in environmental science, the remotely sensed...
A flight test was conducted to determine the suitability of SO-289 multispectral infrared aerial fil...
The test methods and data reduction techniques used to determine and remove instrumental signatures ...
The precision and accuracy with which the S193 radiometer measured the brightness temperature of gro...
Work carried out to identify human performance requirements for remotely manned system is reported. ...
The results of S190A sensor performance evaluation are summarized based on data presented by all con...
An S191 performance summary based on ground testing and orbital operations in terms of pertinent par...
Measurement and accuracy needs for remote sensing are analyzed. Topics discussed include: (1) in orb...
A primary calibration system, PCS, for infrared radiometers has been developed, built, and tested. T...
A comparison of MSS radiometric processing techniques identified as a preferred radiometric processi...
The design, development, and characteristics of the S192 instrument for use with the earth resources...
A procedure was developed to obtain the radiometric (radiance) responsivity of the Feature Identific...
A flight test was conducted to determine the optimum exposures for the Skylab S-190A experiment. An ...
The radiometric integrity of TM thermal infrared channel data was evaluated and monitored to develop...
The tests and equipment are described for measuring the exact performance characteristics of camera ...
For remote sensing (RS) to be a truly useful technique in environmental science, the remotely sensed...
A flight test was conducted to determine the suitability of SO-289 multispectral infrared aerial fil...
The test methods and data reduction techniques used to determine and remove instrumental signatures ...
The precision and accuracy with which the S193 radiometer measured the brightness temperature of gro...
Work carried out to identify human performance requirements for remotely manned system is reported. ...
The results of S190A sensor performance evaluation are summarized based on data presented by all con...