MARINER II- HIGH-ENERGY-RADIATION EXPERIMENT
Measurement of radiation in space by two geiger-muller counters and argon filled ionization chamber on mariner ii space probe
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.
Measurement of radiation in space by two geiger-muller counters and argon filled ionization chamber on mariner ii space probe
Structural design, analysis, and testing procedures in construction and evaluation of Mariner I space probe
Sun sensor design and environmental requirements for Advanced Pioneer space probe
Cosmic radiation measurements obtained by Soviet Zond and Luna space probes
Mariner II and Mariner IV space probes, discussing Venus and Mars observation, instrument testing, subsystem testing and design
Lunar Orbiter, Pioneer space probe, and Apollo backup station - flight project support
Design, engineering, and flight history of mariner ii space probe
Topographic map of Mars, Mariner IV space probe region
Processing and storage of space science data from Mariner IV space probe
Flight performance of structural dampers on solar panels and waveguide antenna of Mariner IV space probe
Bit-plane encoding technique used for reducing redundancy in data gathered in space probes
Nasa-sponsored space research - geodesy, earth-sun relationships, moon and planets, and astronomy - satellite and space probe data review
Unmanned interplanetary flight - engineering problems of mariner ii space probe
Cosmic ray telescope for Mariner space probe - test of components
Positionable despun thermal shield to control temperature and power of solar array for spacecraft on-board power during 0.2 AU Pioneer space probe
Interaction of solar wind with comets considered as interplanetary space probes
The objectives of the low-cost Pioneer Venus space probe program are discussed. The space mission and science requirements are analyzed. The subjects considered are as follows: (1) the multiprobe mission, (2) the orbiter mission, (3) science payload accomodations, and (4) orbiter spacecraft experimental interface specifications. Tables of data are provided to show the science allocations for large and small probes. Illustrations of the systems and components of various probe configurations are included.
Analysis of Jupiter probe space missions and characteristics of probes for completion of mission