Performance of ATS Spin-Scan Cloudcover Camera /SSCC/ equipment at Mojave ground station. ATS project
Performance of ATS 1 spin-scan cloud cover camera equipment at Mojave ground station
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SEARCH · Engineering Papers
Results for “CAMERAS”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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An automatic underwater camera system
Automatic underwater camera system design and performance characteristics for time lapse photography of algae growth and sedimentation
Jirberg, R. J.↗
Examination of returned Surveyor 3 camera visor for alpha radioactivity
Returned Surveyor 3 camera visor examined for alpha radioactive deposit formed by decay of radon isotopes diffusing out of lunar surface
Economou, T. E.↗
Solid state television camera system Patent
Solid state television camera system consisting of monolithic semiconductor mosaic sensor and molecular digital readout systems
Broderick, J. C.↗
Image magnification adapter for cameras Patent
Camera adapter design for image magnification including lens and illuminator
Moffitt, F. L.↗
Film feed camera having a detent means Patent
Longitudinalfilm gate and lock mechanism for securing film in motion picture cameras under vibration and high acceleration loads
Milliken, D. B.↗
Data acquisition with the PC-1000 camera system
Electronically controlled camera system for optical sattellite triangulation data acquisition
Goff, N. R.↗
Testing of Apollo Black and White Television Cameras Final Report
Determination of black and white lunar television camera performance after long storage for Apollo program
Niemyer, L. L.↗
Laser camera and diffusion filter therefore Patent
Design and characteristics of laser camera system with diffusion filter of small particles with average diameter larger than wavelength of laser light
Olsasky, M. J.↗
Test and evaluation of the Surveyor 3 television camera returned from the moon by Apollo 12. Volume 2 - Appendices
Appendices to engineering evaluation tests of Surveyor 3 television camera returned from moon by Apollo 12 astronauts - Vol. 2
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In-flight calibration of the Apollo 14 500 mm Hasselblad camera
In-flight calibration of 500-mm Hasselblad camera flown on Apollo 14
Kenefick, J. F.↗
Calibration of the Mariner Mars 1969 television cameras
Mariner Mars 1969 TV cameras instrument design and calibration techniques
Danielson, G. E., Jr.↗
A folded all-reflecting Schmidt camera and ultraviolet image converter for space-astronomy applications
Folded all-reflecting Schmidt camera UV image converter system for space astronomy applications, discussing pressure sensitivity effects on UV direct recording emulsion
Ocallaghan, F. G.↗
A study of the effects of vibrations on resolution and acutance of imagery from Zeiss RMK AR 15/23 camera
Vibration effects on image resolution and acutance of Zeiss RMK AR 15/23 aerial camera, using aircraft vibration simulator for testing
Maune, D. F.↗
Examination of returned Surveyor III camera visor for alpha radioactivity
Alpha radioactivity in Surveyor 3 camera visor, calculating upper limit of Po 210 at equilibrium of Oceanus Procellarum
Economou, T. E.↗
Time-lapse camera for microscopy
Compact, lightweight camera which advances film frames without use of conventional sprockets and slip clutches obtains time lapse photomicrographs of human cell growth in a zero-G environment over a period of about a month.
Cook, J. E.↗
An F1 Schmidt satellite camera and the methods of plate measurement and reduction
The f1 Hewitt camera is a field flattened Schmidt system of 60cm aperture. The salient features of this equipment are briefly described. Details of the methods of plate measurement are then given. The plate reduction is carried out in two stages. The plate is first calibrated using the photogrammetric method. The formulae usually quoted have been extended to take account of the large distortion introduced by the field flattening lens. In the second stage, the satellite measurements are reduced to satellite positions corrected for refraction, aberration, and when necessary, phase.
Hewitt, J.↗
Multispectral image dissector camera system
A sensor system which provides registered high-solution multispectral images from a single sensor with no mechanical moving parts is reported, and the operation of an image dissector camera (IDC) is described. An earth scene 100 nautical miles wide is imaged through a single lens onto a photocathode surface containing three spectral filters, thereby producing three separate spectral signatures on the photocathode surface. An electron image is formed, accelerated, focused, and electromagnetically, deflected across an image plane which contains three sampling apertures, behind which are located three electron multipliers. The IDC system uses electromagnetic deflection for cross-track scanning and spacecraft orbit motion for along-track scanning, thus eliminating the need for a mechanical scanning mirror.
Johnson, B. L.↗