Contents: Vision in space travel--Criteria for laboratory experiments useful in field situations; Visual fitness for space travel; The effect of flash distribution and illuminance-level upon the detection of low intensity light stimuli; Langley Research Center simulators and studies related to space rendezvous and docking; Some Langley Research Center plans in the area of visual displays for lunar mission simulation; Visual masking using different test-stimulus patterns; Sextant sighting performance in the Ames midcourse navigation and guidance simulator; Comments on Major Gordon Cooper's observations from orbit; Gemini in-flight visual-acuity experiment. Flash blindness--Operational significance of the flash blindness problem; The nature of radiation from nuclear weapons in relation to flash blindness; Experimental investigations of the flash blindness problem; Methods of preventing flash blindness; Air Force efforts in the field of flash blindness; A flash blindness indoctrination and training device. Vision problems in low-altitude, high-speed flight--Geographic orientation during low-altitude flight; Dynamic visual detection recognition; Operational problems associated with low-altitude flight; Some operational aspects of visual problems in low-flying, high-speed aircraft.
Vision Research: Flying and Space Travel
1968
203 pages
Report
Keine Angabe
Englisch
Stress Physiology , Vision , Space medicine , Aviation medicine , Light , Stimulation , Illumination , Rendezvous spacecraft , Space simulation chambers , Performance(Human) , Astronauts , Pilots , Visual acuity , Flashblindness , Radiation injuries , Training devices , Lunar environment , Guidance , Space navigation , Low altitude , Detection
NTRS | 1967
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