A study of polarization of decameter radiation from Jupiter
Methods of analyzing polarization measurements of decameter radiation from Jupiter
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Methods of analyzing polarization measurements of decameter radiation from Jupiter
Galactic space probe mission involving flight through asteroid belt and Jupiter flyby
Jovian environment, evolution of biological systems, origin of terrestrial life, importance of Jupiter from biological view point, and effect on mission planning
Gravitational and phase change sources of energy in Jupiter
Accessibility of solar system regions to earth launched spacecraft using Jupiter gravity- assisted trajectories
Round-trip trajectories for exploration of major moons of Jupiter
Rotation period of Jupiter determined by radio observations explaining cyclic drift
Jovian decametric pulses compared with satellite and radio star scintillations in terrestrial ionosphere
Short duration pulses association with subsidiary B and C sources of Jovian decametric radiation
Unmanned Jupiter space flights, discussing requirements for flyby, Orbiter and low thrust missions
Elliptic restricted problem of periodic Trojan orbit and nonperiodic librational frequency and angular motion of Jupiter
Oscillating libration orbits with period rigorously commensurable in rational fraction to basic long period
High time-resolution polarimeter observations of Jupiter decameter radio bursts
Jovian decametric emission of millisecond pulse variety analysis from observations of four apparitions
L-pulses of Jupiter radiation, attributing 1-sec component of time structure on decametric emission to diffraction by solar wind inhomogeneities
Jupiter atmosphere, interior and surface properties, speculating on possibility of life in spite of presence of noxious gases
Trajectory optimization, performance and other factors in analysis of low thrust solar electric propulsion Jupiter flyby mission
Thermophysical research requirements for Venus Lander, Jupiter Entry Probe and Mercury Orbiter planetary exploration missions