Kodak multispectral infrared aerial film type SO-289 was tested for reciprocity characteristics because of the variance between the I-B sensitometer exposure times (8 seconds and 4 seconds) and the camera exposure time (1/500 second) used on the ASTP stratospheric aerosol measurement project. Test exposures were made on the flight emulsion using a Mead star system sensitometer, the films were processed to ASTP control standards, and the resulting densities read and reciprocity data calculated. It was found that less exposure was required to produce a typical density (1.3) at 1/500 second exposure time than at an 8 second exposure time. This exposure factor was 2.8
Reciprocity law states that the relationship between exposure and optical density (OD) should remain...
The results obtained by the Photo Science Office in the evaluation of Agfacontour Professional Film ...
Since the United States of America is moving into an age of reusable space vehicles, both electronic...
A flight test was conducted to determine the suitability of SO-289 multispectral infrared aerial fil...
A number of tests were conducted to show the effects of various environmental conditions in terms of...
The Photographic Technology Division at the NASA Lyndon B. Johnson Space Center processed original p...
Evaluations of several sets of test data which show a normal amount of variability in gamma and Dmax...
Sensitometry is applied to all photographic earth resources mission film processing. The exposure is...
Various problems with color infrared film used for remote sensing applications which relate to the i...
Two sets of Super XX cut film strips were hypersensitized under varying conditions of hypersensitizi...
A color film with a sensitivity and color balance equal to SO-368, Kodak MS Ektachrome (Estar thin b...
An infrared color film, Kodak Aerochrome, type 2443, has replaced the 8443 film. The 2443 has lower ...
A joint U.S./Russian film test was conducted during MIR Mission 18 to evaluate the effects of radiat...
The results of these studies have implications for the utilization of the IIaO spectroscopic film on...
The sensitometry and film calibration effort for the Skylab/ATM S-056 X-ray telescope is summarized....
Reciprocity law states that the relationship between exposure and optical density (OD) should remain...
The results obtained by the Photo Science Office in the evaluation of Agfacontour Professional Film ...
Since the United States of America is moving into an age of reusable space vehicles, both electronic...
A flight test was conducted to determine the suitability of SO-289 multispectral infrared aerial fil...
A number of tests were conducted to show the effects of various environmental conditions in terms of...
The Photographic Technology Division at the NASA Lyndon B. Johnson Space Center processed original p...
Evaluations of several sets of test data which show a normal amount of variability in gamma and Dmax...
Sensitometry is applied to all photographic earth resources mission film processing. The exposure is...
Various problems with color infrared film used for remote sensing applications which relate to the i...
Two sets of Super XX cut film strips were hypersensitized under varying conditions of hypersensitizi...
A color film with a sensitivity and color balance equal to SO-368, Kodak MS Ektachrome (Estar thin b...
An infrared color film, Kodak Aerochrome, type 2443, has replaced the 8443 film. The 2443 has lower ...
A joint U.S./Russian film test was conducted during MIR Mission 18 to evaluate the effects of radiat...
The results of these studies have implications for the utilization of the IIaO spectroscopic film on...
The sensitometry and film calibration effort for the Skylab/ATM S-056 X-ray telescope is summarized....
Reciprocity law states that the relationship between exposure and optical density (OD) should remain...
The results obtained by the Photo Science Office in the evaluation of Agfacontour Professional Film ...
Since the United States of America is moving into an age of reusable space vehicles, both electronic...