Mariner/Venus Set for June Launch at Cape
Mariner V - Venus scientific space probe
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Mariner V - Venus scientific space probe
Solar corpuscular streams and geomagnetic storms during flight of mariner ii space probe
Cosmic ray intensities over Thule, Greenland compared with Mariner II data
Mariner space probe ionization chamber and Geiger counter experiments on galactic radiation entering solar system
Conceptual design study of advanced Mariner space probe - development plan and cost estimate for flyby bus/lander on Mars mission
Mariner II and Mariner IV space probes, discussing Venus and Mars observation, instrument testing, subsystem testing and design
Flight performance and power system design of Mariner IV Mars probe
Detection of medium intensity solar flares by Mariner V spacecraft
Mars atmospheric models based on Mariner IV OCCULTATION experiment
Mariner 5 space probe radio occultation analysis, Pioneer 8 space probe data, and bistatic radar data reduction from Lunar Orbiter and Mariner 5
Mars atmosphere models based on Mariner IV OCCULTATION deriving electron number density, temperature, pressure, mass density, etc, noting carbon dioxide presence
Mariner IV radio occultation measurement of Mars atmosphere
Mariner IV models of three Mars atmospheric layers analogous to terrestrial E, F-1 and F-2 layers, considering relative mass densities, temperatures, carbon dioxide photodissociation and ionization profile
Mariner IV radio occultation measurements of Mars upper atmosphere
This international (NASA/ESA) mission, planned for a Titan IV/Centaur G-prime launch in the 1995-1997 era, consists of a Saturn Orbiter (a U.S. Mariner Mark II spacecraft) and a Titan Atmospheric Entry Probe (an ESA product). The mission profile is highly sophisticated in its astrodynamic aspects - a deep space Delta-V maneuver, followed by earth and Jupiter gravity assist flybys, with asteroid encounter(s) along the way. Saturn arrival is characterized by further multiple maneuvers resulting in the Titan probe delivery and a close orbiter flyby, to be followed by a 4-year Saturn system tour. Details of the trajectory design process are discussed.
Mars atmosphere and ionosphere measurements using 2300-mc telemetry signal from Mariner IV SPACECRAFT occultation experiments
Frequency, phase, and amplitude changes of Mariner IV radio signal through atmosphere and ionosphere of Mars observed before and after planetary occulatation