Fluidic plasma display study, phase 3 Quarterly report, 5 Jul. - 5 Oct. 1969
Oscillatory grid control, plasma cell matrix design, and control system for fluidically controlled plasma display devices
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Oscillatory grid control, plasma cell matrix design, and control system for fluidically controlled plasma display devices
Feasibility of plasma panels as graphic display devices
Thermochromic materials feasibility for applications in CRT display devices, observing reversible color changes during electron beam irradiation
Computer animated display device for diagnosis of heart disease
Binary to decimal decoder logic circuit design with feedback control and display device
Noninterruptable digital counter circuit design with display device for pulse frequency modulation
Vocabulary for spacecrew communication with spaceborne computers with graphic display devices
Patient monitoring system design and equipment specifications with physiological response display device and warning system
Production engineering and electrical operation of phototransistor sensing array system and display device including large scale integration and logic circuitry
Analysis of bulk storage data requirements and methods for visual display of information on space shuttle display devices
Electro-optical and high contrast properties of structurally stabilized anil-type nematic liquid crystals in display devices
Nematic and cholesteric mixtures liquid crystals electro-optic properties and applications to display devices
System is described that employs solid state circuitry to transmit visual display of patient's blood pressure. Response of sphygmomanometer cuff and microphone provide input signals. Signals and their amplitudes, from turn-on time to turn-off time, are continuously fed to data transmitter which transmits to display device.
The functional characteristics of the Skylab are considered together with general information concerning the spacecraft and its equipment. The Skylab solar instruments are examined, giving attention to two H-alpha telescopes, a white light coronograph, X-ray spectrographic telescopes, a UV scanning polychromator/spectroheliometer, a dual X-ray telescope, an XUV spectrograph/spectroheliograph, and instruments of X-ray/UV solar photography. The Skylab solar observing programs are discussed along with aspects of astronaut training and details regarding the control and display devices of the spacecraft.
The baseline definition report for the space shuttle mission simulator is presented. The subjects discussed are: (1) the general configurations, (2) motion base crew station, (3) instructor operator station complex, (4) display devices, (5) electromagnetic compatibility, (6) external interface equipment, (7) data conversion equipment, (8) fixed base crew station equipment, and (9) computer complex. Block diagrams of the supporting subsystems are provided.
A heads-up flight director display designed for a V/STOL lift-fan transport simulation study is described. The pilot's visual flight scene had the heads-up display optically superimposed over the usual out-the-window, video flight scene. The flight director display required the development and integration of a flexible, programmable display generator, graphics assembler, display driver, computer interface system, and special collimating optics for the pilot's flight scene. The optical overlay was realistic because both scenes appeared at optical infinity, and the flexibility of this display device establishes its value as a research tool for use in future flight simulation programs.
Interactive recording and display device acts as very-high-speed data-input/output interface between analog (video) signals and standard digital-computer components. System can be used with various picture and memory sizes and can be controlled manually or by computer.