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There are a total of 4 record(s) matching your query.
Sorted by: Date Added To NTRS in Descending order
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Reducing Heating In High-Speed Cinematography
Author(s): Slater, Howard A.
Abstract: Infrared-absorbing and infrared-reflecting glass filters simple and effective means for reducing rise in temperature during high-speed motion-picture photography. "Hot-mirror" and "cold-mirror" configurations, employed in ...
NASA Center: Glenn Research Center Publication Year: 1989
Added to NTRS: 2005-09-30
Accession Number: 89B10353; Document ID: 19890000353; Report Number: LEW-14798
Reduction of temperature rise in high-speed photography
Author(s): Slater, Howard A.
Abstract: Information is provided on filtration with glass and infrared absorbing and reflecting filters. Glass and infrared filtration is a simple and effective method to reduce the radiation heat transfer associated with continuous ...
NASA Center: Glenn Research Center Publication Year: 1987
Added to NTRS: 2005-08-25
Accession Number: 88N11100; Document ID: 19880001718; Report Number: E-3666, NAS 1.15:100222, NASA-TM-100222
Performance of multimirror quartzline lamps in a high-pressure, underwater environment
Author(s): Slater, Howard A.
Abstract: Multimirror Quartzline Lamps are extremely versatile and effective for nonconventional imaging requirements such as high-speed photo and video instrumentation and high-magnification imaging. The lamps' versatility though, is ...
NASA Center: Glenn Research Center Publication Year: 1988
Added to NTRS: 2005-08-25
Accession Number: 89N10269; Document ID: 19890000898; Report Number: E-4427, NAS 1.15:101374, NASA-TM-101374
Reduction of temperature rise in high-speed photography
Author(s): Slater, Howard A.
Abstract: Information is provided on filtration with glass and infrared absorbing and reflecting filters. Glass and infrared filtration is a simple and effective method to reduce the radiation heat transfer associated with continuous ...
NASA Center: Glenn Research Center Publication Year: 1988
Added to NTRS: 2004-11-03
Accession Number: 88A55254; Document ID: 19880068027
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