BOOST VEHICLE TRAJECTORIES FOR RANGER AND MARINER PROGRAMS
Boost vehicle trajectories for ranger and mariner programs
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Boost vehicle trajectories for ranger and mariner programs
Mariner 1964 parts screening program including philosophy, program implementation, screening results and conclusions
Mariner Mars 1969 project and spacecraft design modifications for flyby missions
Mariner 5 magnetic field control program
Mariner S-band turnaround ranging transponder improvement program
Mariner Venus project design changes for flyby mission and sensing of Venus atmosphere
The Mariner Mark II spacecraft is a modular design that can be inexpensively reconfigured for different missions beyond the inner solar system. The first three missions will be described. The Comet Rendezvous Asteroid Flyby mission has a February 1993 launch to comet Tempel 2. The Cassini mission has a May 1995 launch to Saturn and Titan. The third mission is a Comet Nucleus Sample Return launch in 1998.
Scientists at the Virginia Institute of Marine Science (VIMS) utilized remote sensing in three programs: (1) tonal variations in imagery of wetlands; (2) use of the thermal infrared to delineate the discharge cooling water at the Virginia Electric and Power Company (VEPCO) nuclear power station on the James River; and (3) the use of aerial photography to determine the volume storage function for water in the marsh-bay complex fed by Wachapreague Inlet on the Eastern Shore of Virginia. Details of the investigations are given, along with significant results.
Mariner 4, Mariner Venus 67, and Mariner Mars interplanetary spacecraft
Unmanned spacecraft for scientific orbiter and orbiter/capsule missions to planets Mars and Venus - Mariner program
Space exploration programs and science - Surveyor project, Mariner program, Deep Space Instrumentation Facility, space flight operation facility, environment test facility, and physics
For the first part of this briefing, see NONP-NASA-VT-2000081556. Marvin Traxler continues his discussion on signal tracking from the Mars Observer. Julie Webster, Lead Engineer, Telecommunications Subsystem, is introduced. She explains how signals coming back from Mars are detected. Dr. Pasquale Esposito talks about flyby orbits and capture orbits. He says that frequencies coming from the spacecraft can determine if the spacecraft has flown by Mars, or if a capture orbit has occurred. Charles Whetsel, System Engineer Spacecraft Team, presents a computer program. He shows where the signal will appear on the computer from the Spacecraft. Suzanne Dodd presents orbit insertion geometry. Dr. Arden Albee, Project Scientist Mars Observer Project, Cal Tech tech, says that Mars is studied to get more data to confirm their hypotheses derived from previous Mars Missions such as the Viking Mars Program and the Mariner Program. Dr. Albee also describes instrumentation on the Mars Observer such as the Ultra Stable Oscillator, Mars Orbiter Laser Altimeter, and Magnetometer. The camera on the spacecraft is similar to a fax machine because it scans one line at a time as the spacecraft orbits Mars. Dr. Michael Malin, Principle Investigator Mars Observer Camera, Malin Space Science Systems, Inc., describe this process.
Test requirements of tape recorder for Mariner program
Summary for research efforts for Surveyor project, Mariner program, Voyager project and Deep Space Network
JPL publications bibliography with abstracts - reports on DSIF, Mariner program, Ranger project, Surveyor project, and other space programs, and space sciences
Mariner program results of Venus and Mars exploration, discussing atmospheres, surfaces, exospheres, etc
Data support activities for the Marine Weather Service Program are outlined. Forecasts, cover anomolous water levels, including sea and swell, surface and breakers, and storm surge. Advisories are also provided for sea ice on the Great Lake and Cook inlet in winter, and in the Bering, Chukchi, and Beaufort Seas in summer. Attempts were made to deal with ocean currents in the Gulf Stream, areas of upwelling, and thermal structure at least down through the mixed layer.
Satellite and earth-based observations of mars and venus atmospheres, with emphasis on mariner program