Magnetic field of Jupiter
Jupiter has the strongest magnetic field of all the planets. The models used here can all be found in Russell and Dougherty (2010).
GSFC O6 (d3)
A degree three spherical harmonic model of Connerney (1992)
based primarily on Pioneer 11 observations.
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GSFC O6 (d2)
Identical to GSFC O6 (d3) but truncated at degree 2.
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Galileo 15 (d3)
A degree three spherical harmonic model based on Galileo measurements.
The Galileo measurements are taken in the rotational equator, so the
g20, g31, and h31 spherical harmonic
terms are not well resolved.
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Galileo 13 (d3)
Identical to the Galileo 15 (d3) model,
except the poorly resolved g20, g31, and
h31 terms are fixed at their
GSFC O6 value.
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Galileo (d2)
Identical to Galileo 13 (d3) but truncated at degree 2.
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P11-FGM
Degree 2 spherical harmonic model based on Pioneer 11 measurements.
The g20 value is held fixed at the GSFC O6 value.
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Voyager 1
Degree 2 spherical harmonic model based on Voyager 1 measurements.
The g20 value is held fixed at the GSFC O6 value.
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Voyager 2
Degree 2 spherical harmonic model based on Voyager 2 measurements.
The g20 value is held fixed at the GSFC O6 value.
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Ulysses
Degree 2 spherical harmonic model based on Ulysses measurements.
The g20 value is held fixed at the GSFC O6 value.
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