A Review of the Physics of Comets and Its Experimental Investigation by an Instrumented Space Probe
Physics, chemistry, and cosmology review of comets and proposed space probe experiments
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Physics, chemistry, and cosmology review of comets and proposed space probe experiments
The Deep Space Network (DSN) network configurations used to generate the navigation observables and the basic process of deep space spacecraft navigation, from data generation through flight path determination and correction are described. Special emphasis is placed on the DSN Systems which generate the navigation data: the DSN Tracking and VLBI Systems. In addition, auxiliary navigational support functions are described.
Lightweight deep space probe design for spin stabilization
Magnetic dipole moments of moon, Mars and Venus using space probes, discussing solar wind near- earth planetary field interaction measurements
Low temperature liquid ammonia battery for space probe application
Low temperature battery for space probe
Solar array as primary electrical power source of Pioneer deep space probes, comparing performance data with test and design data
Measurements of interplanetary dust via zodiacal light observations and direct detection are discussed for an out-of-ecliptic space probe. Particle fluxes and zodiacal light brightnesses were predicted for three models of the dust distribution. These models predict that most of the information will be obtained at space probe distances less than 1 A.U. from the ecliptic plane. Joint interpretation of the direct particle measurements and the zodiacal light data can yield the best knowledge of the three-dimensional particle dynamics, spatial distribution, and physical characteristics of the interplanetary dust. Such measurements are important for an understanding of the origin and role of the dust in relation to meteoroids, asteroids, and comets, as well as the interaction of the dust with solar forces.
Statistical probability and sampled data method for compressing data from deep space probes
Radio occultation measurement of Martian atmosphere over two regions by Mariner IV space probe
Radio occultation measurement of Martian atmosphere over two regions by Mariner IV SPACE probe
One-half rate convolutional encoding with sequential decoding for deep space probe telemetry links with application to Pioneer missions
Low temperature ammonia batteries for space probe applications
Planetary magnetic field boundaries and field interactions with solar wind determined from data obtained by space probes near Moon, Venus and Mars
Dry heat sterilization of components for space probes
Implementation of digital control unit for space probe using MOSFETS
Determination of efficient data format and data system for lightweight deep space probe
Solar particle propagation in magnetic fields revealing anisotropies in proton flux analyzed from Pioneer VI space probe data