Airborne range and orbit determination design study- volumes i - iv final report
Airborne Range and Orbit Determination systems design, development, assembly, testing, and analysis
SEARCH · Search NASA
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.
Airborne Range and Orbit Determination systems design, development, assembly, testing, and analysis
Phase lock loop advanced circuits, and technical summary for Airborne Range and Orbit Determination /AROD/ system
Evaluation of potential locations for Airborne Range and Orbit Determination ground stations
System analysis, system design, and equipment implementation for Airborne Range and Orbit determination /AROD/
Design and evaluation of development model for airborne range and orbit determination system
Special Airborne Range and Orbit Determination /AROD/ - computer interface investigation and oceanborne transponder analysis
Accuracy of Airborne Range and Orbit Determination tracking system in early minutes of flight
Airborne range and orbit determination system studies on wideband modulation methods and phase lock loop advanced circuit - appendices
Fabrication and testing of antenna system for use with airborne range and orbit determination transponder stations - direction finding and digital switching systems, and phase shifter
Airborne Range and Orbit Determination tracking stations potential locations evaluation and accuracy during early minutes of flight
Trajectory parameter determination in relation to various AROD airborne range and orbital determination ground stations
Wideband modulation techniques and phase-locked loop studies for airborne range and orbit determination system
Signal processing techniques for range and range rate measurements in airborne range and orbit determination
Signal to noise ratios in airborne range and orbit determination system, and carrier and range loop performance analyses
Signal processing techniques for airborne range and orbit determination system, and direction finding system analysis
Design modifications for ground station direction finding receiver of airborne range and orbit determination system
Design, fabrication, and tests of airborne range and orbit determination model hardware
Engineering design data on vehicle-borne subsystems of airborne range and orbit determination system