A flight test was conducted to determine the optimum exposures for the Skylab S-190A experiment. An aircraft multispectral photographic system (AMPS) which is installed in the NASA Earth Resources aircraft NP3A was used to simulate the S-190A system. The same film emulsions to be used for S-190A were used in the flight test. These rolls were on factory-loaded spools for use in the AMPS camera system. It was found that some variation is to be expected between these rolls and the S-190A flight loads
Satellite photography provided by the Skylab mission was investigated as a tool in planimetric mappi...
Tests were conducted to determine the present sensitometric characteristics of the SL/1 EREP films s...
The author has identified the following significant results. Analysis of S-190A imagery from 1 EREP ...
Due to a persistent problem of scratched film from testing of the Skylab S-190A system, a series of ...
A flight test was conducted to determine the suitability of SO-289 multispectral infrared aerial fil...
The results of tests on processing the overexposed film on Skylab 4 are reported. The results of tes...
Investigations were performed to determine optimum exposure and processing procedures necessary to p...
The S190A preflight radiometric exposure test data generated as part of preflight and system test of...
Radiation tests were conducted on the various types of Skylab film to establish the total radiation ...
Procedures for handling, and flight film acceptance testing through original film processing to the ...
The effects of the Skylab environments on the 22 types of film used for data recording on Skylab wer...
The author has identified the following significant results. Comparisons between ERTS-1 and EREP 70 ...
The author has identified the following significant results. In terms of film grain texture and obje...
The author has identified the following significant results. Indexing and analysis of the SL 2, SL 3...
Kodak multispectral infrared aerial film type SO-289 was tested for reciprocity characteristics beca...
Satellite photography provided by the Skylab mission was investigated as a tool in planimetric mappi...
Tests were conducted to determine the present sensitometric characteristics of the SL/1 EREP films s...
The author has identified the following significant results. Analysis of S-190A imagery from 1 EREP ...
Due to a persistent problem of scratched film from testing of the Skylab S-190A system, a series of ...
A flight test was conducted to determine the suitability of SO-289 multispectral infrared aerial fil...
The results of tests on processing the overexposed film on Skylab 4 are reported. The results of tes...
Investigations were performed to determine optimum exposure and processing procedures necessary to p...
The S190A preflight radiometric exposure test data generated as part of preflight and system test of...
Radiation tests were conducted on the various types of Skylab film to establish the total radiation ...
Procedures for handling, and flight film acceptance testing through original film processing to the ...
The effects of the Skylab environments on the 22 types of film used for data recording on Skylab wer...
The author has identified the following significant results. Comparisons between ERTS-1 and EREP 70 ...
The author has identified the following significant results. In terms of film grain texture and obje...
The author has identified the following significant results. Indexing and analysis of the SL 2, SL 3...
Kodak multispectral infrared aerial film type SO-289 was tested for reciprocity characteristics beca...
Satellite photography provided by the Skylab mission was investigated as a tool in planimetric mappi...
Tests were conducted to determine the present sensitometric characteristics of the SL/1 EREP films s...
The author has identified the following significant results. Analysis of S-190A imagery from 1 EREP ...