Trajectory and performance
Trajectory and performance of Atlas Agena launch vehicle in Lunar Orbiter 3, 4, and 5 missions
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Trajectory and performance of Atlas Agena launch vehicle in Lunar Orbiter 3, 4, and 5 missions
The feasibility of using microwave instruments to scan the world's oceans from space in order to obtain scientific data for oceanographers, meteorologists, and commercial users of the seas will be demonstrated during the mission of the Seasat A satellite which will be launched into an 800 kilometer high near circular orbit by an Agena Atlas-Agena launch vehicle. The satellite configuration, its payload, and data collection and processing capabilities are described as well as the launch vehicle system.
The Applications Technology Satellite (ATS) program has involved geosynchronous spacecraft technology made possible by the increased capability of the Atlas-Agena launch vehicle. The ATS-1-5 program developed spin stabilized and gravity gradient stabilized spacecraft for geosynchronous orbit, earth-oriented antennae for increased antenna gain, earth-scanning meteorological experiments for continuous weather monitoring, and made possible satellite communications to mobile terminals. The ATS-6 program developed a space-deployed, high-gain antenna for color television broadcast to low-cost ground terminals and precise spacecraft attitude control for pointing, slewing, and tracking applications. All of the ATS program objectives were successfully met, except for the gravity gradient experiments. ATS-1, -3, -5, and -6 are in orbit and operational.
Lunar orbiter B spacecraft, spacecraft configuration, tasks, Atlas Agena D launch vehicle, deep space network, mission, and flight events
Acoustic noise measurements during launching of improved Delta, TAT/Agena-D, and Atlas Agena-D launch vehicles
Origin of high intensity noise in area of large protuberance on Atlas-Agena-Mariner C model tested in supersonic wind tunnel
Optimization of Atlas-Agena trajectories via steepest ascent computer program
Rangers VI through IX TV subsystem testing under simulation of Atlas and Agena launch characteristics, midcourse motor action and deep space environment
Preflight and flight activities of Gemini 10 launch - tracking, crew training, mission profile, and times of major events
Selection of elliptic orbit for solar probe craft without undue perihelion growth
Mariner Venus project design changes for flyby mission and sensing of Venus atmosphere
Mission, launch and test operations, and communications for Atlas Agena-18 with lunar Orbiter B
Launch and flight data, data acquisition, and prelaunch operations summaries for Lunar Orbiter A launching with Atlas Agena 17
Network performance analysis for Gemini GTA-8 MISSION
Comet missions, discussing spacecraft exploration criteria for short period and long period first- apparition comets
Summarized prelaunch, launch, flight performance, and range information for Atlas Agena 26 launch vehicle for OGO-E spacecraft
Management techniques used in development, systems test, and launching of Gemini launch vehicle, Gemini Agena Target Vehicle, and Atlas SLV-3