The gravity science experiment of the Juno mission will provide crucial information about Jupiter composition and interior structure. Numerical simulations of the experiment have been carried out using a statistical approach in order to predict the expected performances in terms of gravity moments and Love numbers. Several case studies are presented with different assumptions on the a priori knowledge of the estimated parameters. The effect of non-gravitational perturbations is investigated by means of sensitivity analysis.
The gravity science experiment of the Juno mission will provide crucial information about Jupiter composition and interior structure. Numerical simulations of the experiment have been carried out using a statistical approach in order to predict the expected performances in terms of gravity moments and Love numbers. Several case studies are presented with different assumptions on the a priori knowledge of the estimated parameters. The effect of non-gravitational perturbations is investigated by means of sensitivity analysis.
Numerical Simulations of the Gravity Science Experiment of the Juno Mission To Jupiter / Finocchiaro, Stefano; Iess, Luciano. - ELETTRONICO. - 136:part I-III(2010), pp. 1417-1426. (Intervento presentato al convegno AAS/AIAA Space Flight Mechanics Meeting tenutosi a San Diego; USA nel 2010).
Numerical Simulations of the Gravity Science Experiment of the Juno Mission To Jupiter
FINOCCHIARO, STEFANO;IESS, Luciano
2010
Abstract
The gravity science experiment of the Juno mission will provide crucial information about Jupiter composition and interior structure. Numerical simulations of the experiment have been carried out using a statistical approach in order to predict the expected performances in terms of gravity moments and Love numbers. Several case studies are presented with different assumptions on the a priori knowledge of the estimated parameters. The effect of non-gravitational perturbations is investigated by means of sensitivity analysis.| File | Dimensione | Formato | |
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