The size of Jupiter's electrically conducting fluid core

Details The size of Jupiter's electrically conducting fluid core The size of Jupiter's electrically conducting fluid core

Jul 1979

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1979natur.280...42h&link_type=abstract

Nature, vol. 280, July 5, 1979, p. 42, 43.

Computer Science

9

Electrical Resistivity, Jupiter (Planet), Planetary Structure, Electric Dipoles, Electrical Properties, Magnetic Properties, Planetary Magnetospheres, Quadrupoles, Tables (Data), Origin, Metallic Core, Jupiter, Fluids, Models, Electrical Resistivity, Magnetic Fields, Dipole Moments, Dynamo Theory, Spherical Harmonic Analyses

Scientific paper

The method suggested by Hide (1978) for determining the radius of the core of a planet from measurements of secular changes in the magnetic field in the accessible region above the surface of the planet has been applied to magnetic measurements made when Pioneer 10 and Pioneer 11 encountered Jupiter. The apparent changes in the dipole and quadrupole components of Jupiter's magnetic field indicate that the ratio of the surface radius to the radius of the electrically conducting fluid core is close to 0.7. Somewhat higher values are obtained if contributions from the octupole component are also included.

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