An application of collisionless ion acoustic wave phenomena to satellite experiments
Using ion acoustic wave phenomena for satellite experimentation in ionosphere
Engineering topics
Publications and source records attributed to Wood, L. H..
Using ion acoustic wave phenomena for satellite experimentation in ionosphere
Photographic mapping of Martian surface with electrically propelled solar-powered photographic spacecraft placed into near polar orbit
Space electrical power requirements for future space vehicles and communications instrumentation
Spacecraft design, solar powering, electric propulsion and side-looking radar for planetary surface observation mission on Mars or Venus
Photographic mapping of Martian surface with electrically propelled solar-powered photographic spacecraft placed into near polar orbit
Solar electric power application to advanced planetary surface observation system, emphasizing communication and system requirements
Automatic Mathematical Translator /AMSTRAN/ permits scientists or engineers to enter mathematical equations in their natural mathematical format and to obtain an immediate graphical display of the solution. This automatic-programming, on-line, multiterminal computer system allows experienced programmers to solve nonroutine problems.
Instruction manual for efficient utilization of automatic mathematical translator /AMTRAN/ SAMPLER software - online remote terminal computer system
AMTRAN II on-line remote terminal for IBM 1620 computer to improve man-machine communication
Electrical power requirements for various space missions considering Earth orbital operations, post-Apollo lunar operations and intrasolar system operations