Mariner c-64- trapped radiation detector, unit 25 final engineering report, 17 may 1963 - 30 dec. 1964
Trapped radiation detector for Mariner C program
MARINER C PROGRAM↗
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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.
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Research on failure free systems Final report
Fortran IV programming of test point allocations and reliability analysis procedure for redundant digital system, and application to Mariner C sequencer
RELIABILITY↗
Reliability assessment of the 1964 mariner mars spacecraft
Numerical exercise of reliability model of Mariner Mars spacecraft and spacecraft subsystems reliability
MARINER C PROGRAM↗
Printed conductor assembly substitution for mariner c upper ring harness
Printed conductor assembly for Mariner C upper ring harness
ELECTRIC CONDUCTOR↗
Mariner 'c' dsif equivalent ground support equipment, volume 1 final report
Mariner C Deep Space Instrumentation Facility /DSIF/ equivalent ground support equipment
TEST EQUIPMENT↗
Space flight operations plan - Mariner Mars '64
Space flight operations plan for Mariner Mars flyby mission
MISSION PLANNING↗
Tracking and data acquisition report - Mariner Mars 1964 mission. Volume I - Near-Earth trajectory phase
Mariner C spacecraft tracking and data acquisition in near earth trajectory phase and ground support system
SPACECRAFT TRACKING↗
Redundant spacecraft sequencer breadboard Final report, 30 Mar. - 30 Jun. 1966
Circuitry, logical design, and test data on redundant spacecraft sequencer breadboard
MARINER C PROGRAM↗
Study of the Mariner Mars 66 spacecraft
Mariner Mars 66 spacecraft mission study - probabilities of successfully transmitting encounter TV science data, releasing capsule for Mars landing, and command systems logic
MISSION PLANNING↗
Comparison of the Agena/Mariner-C and Agena/Lunar orbiter shroud aerodynamic characteristics for the Mach number range from 0.56 to 3.46
Models of Agena/Mariner C and Agena/Lunar Orbiter shroud tested in wind tunnels over Mach number range 0.56 to 3.46 for comparison of aerodynamic characteristics
MARINER C PROGRAM↗
TWO APPROACHES TO THE DESIGN OF SPACECRAFT DATA HANDLING SYSTEM
Discussion and comparison of two data handling and control systems for the mariner interplanetary exploration programs
MARINER PROGRAM↗
TRAJECTORY DESIGN FOR RANGER AND MARINER MISSIONS
Generalized precision trajectory program for the ranger lunar and mariner interplanetary missions
MARINER PROGRAM↗
CONSTANTS AND RELATED DATA USED IN TRAJECTORY CALCULATIONS AT THE JET PROPULSION LABORATORY
Constants and related data used in trajectory calculations at jet propulsion laboratory
MARINER PROGRAM↗
Trajectory design for ranger and mariner missions.
Generalized precision trajectory program for ranger lunar and mariner interplanetary missions
RANGER PROJECT↗
NASA Earth Resources Survey Symposium. Volume 1-C: Land use, marine resources
Articles are presented on the utilization of remote sensing data from NASA programs involving LANDSAT, the Skylab Earth resources experiment package, and aircraft, as well as from other data acquisition programs. Emphasis is placed on land use and marine resources.
Source record↗
Laser/Heterodyne Measurement of Temperature and Salinity
Proposed visible-light laser/heterodyne receiver would remotely measure temperature and salinity of subsurface water. Operation is based on acoustic/optical scattering of light by sound waves. Application of this concept is foreseen in current research on energy conversion from ocean currents produced by thermal gradients and on future marine remote-sensing program.
Jobson, D. J.↗
Exploration of interplanetary space by unmanned vehicles.
History of Mariner space program and discussion of future unmanned vehicles for exploration of interplanetary space
MARINER SPACE PROBE↗
Kohoutek - A great comet coming.
Passing inside the earth's orbit in late November, the comet Kohoutek will travel through the inner solar system during a unique period in the history of the space program, when Skylab and Mariner Venus-Mercury are in operation and the new C-141 Airborne Infrared Observatory is ready for flight. It is planned to investigate comprehensively the nature and evolution of the coma and tails of the comet. The detailed goals of the investigation include the identification of the parent molecules of the gases observed in comets, the determination of the processes that break down the parent molecules, the study of the physical nature of transient events in the comet, and the measurement of the solar-wind velocity in the inner solar system.
Maran, S. P.↗