Jupiter's spherical harmonic magnetic field and secular variation model coefficients with errors (68% confidence or 1 standard deviation) using the first 28 orbits (version 2) except orbit 19 at data central epoch (2016.6536). Main field degree 16, secular variation degree 8, external field degree 2 and reference radius of Jupiter 71492 km. DOI:10.1002/essoar.10511161.1 (For the initial draft submitted to Geophysical Research Letters and currently under revision). "The internal structure and dynamics of Jupiter unveiled by a high resolution magnetic field and secular variation model" by Shivangi Sharan, Benoit Langlais, Hagay Amit, Erwan Thébault, Mathis Pinceloup, Olivier Verhoeven Final version: https://doi.org/10.1029/2022GL098839 : T...
The combination of the Doppler data from the first two Juno science orbits provide an improved esti...
This dataset contains gravitational models using Slepian and spherical harmonic functions for Jupite...
An analysis of the characteristics of the magnetic field of the planet Jupiter is presented. The dat...
We present new models of Jupiter's internal magnetic field and secular variation from all available ...
A spherical harmonic model of the magnetic field of Jupiter is obtained from vector magnetic field o...
A spherical harmonic model of the magnetic field of Jupiter is obtained from vector magnetic field o...
Determination of the time dependency (secular variation) of a planet’s magnetic field provides a win...
Planetary dynamos, resulting from fluid flow in electrically conductive parts of their interior, are...
The Juno spacecraft, which is in a polar orbit around Jupiter, is providing direct measurements of t...
International audienceThe determination of the internal magnetic field of Jupiter has been the objec...
The Juno mission will measure Jupiter’s magnetic field with unprecedented precision and provide a we...
While the outer magnetosphere of Jupiter is very dynamic, powered ultimately by mass loading at the ...
ABSTRACT We construct a three-dimensional, fully self-consistent, multi-layered, non-spheroidal mode...
The lack of global field models accurate beyond the inner magnetosphere (< 30 RJ) makes it difficult...
AbstractJupiter’s dynamo is modelled using the anelastic convection-driven dynamo equations. The ref...
The combination of the Doppler data from the first two Juno science orbits provide an improved esti...
This dataset contains gravitational models using Slepian and spherical harmonic functions for Jupite...
An analysis of the characteristics of the magnetic field of the planet Jupiter is presented. The dat...
We present new models of Jupiter's internal magnetic field and secular variation from all available ...
A spherical harmonic model of the magnetic field of Jupiter is obtained from vector magnetic field o...
A spherical harmonic model of the magnetic field of Jupiter is obtained from vector magnetic field o...
Determination of the time dependency (secular variation) of a planet’s magnetic field provides a win...
Planetary dynamos, resulting from fluid flow in electrically conductive parts of their interior, are...
The Juno spacecraft, which is in a polar orbit around Jupiter, is providing direct measurements of t...
International audienceThe determination of the internal magnetic field of Jupiter has been the objec...
The Juno mission will measure Jupiter’s magnetic field with unprecedented precision and provide a we...
While the outer magnetosphere of Jupiter is very dynamic, powered ultimately by mass loading at the ...
ABSTRACT We construct a three-dimensional, fully self-consistent, multi-layered, non-spheroidal mode...
The lack of global field models accurate beyond the inner magnetosphere (< 30 RJ) makes it difficult...
AbstractJupiter’s dynamo is modelled using the anelastic convection-driven dynamo equations. The ref...
The combination of the Doppler data from the first two Juno science orbits provide an improved esti...
This dataset contains gravitational models using Slepian and spherical harmonic functions for Jupite...
An analysis of the characteristics of the magnetic field of the planet Jupiter is presented. The dat...