We present a general survey of heliocentric LISA orbits, hoping that it might help in the exercise of rescoping the mission. We try to semi-analytically optimize the orbital parameters in order to minimize the disturbances coming from the Earth–LISA interaction. In a set of numerical simulations, we include non-autonomous perturbations and provide an estimate of Doppler shift and breathing as a function of the trailing angle.
De Marchi, F., Pucacco, G., Bassan, M. (2012). Optimizing the Earth–LISA 'rendezvous' . CLASSICAL AND QUANTUM GRAVITY, 29(035009), 1-16 [10.1088/0264-9381/29/3/035009].
Optimizing the Earth–LISA 'rendezvous' .
PUCACCO, GIUSEPPE;BASSAN, MASSIMO
2012-01-01
Abstract
We present a general survey of heliocentric LISA orbits, hoping that it might help in the exercise of rescoping the mission. We try to semi-analytically optimize the orbital parameters in order to minimize the disturbances coming from the Earth–LISA interaction. In a set of numerical simulations, we include non-autonomous perturbations and provide an estimate of Doppler shift and breathing as a function of the trailing angle.File in questo prodotto:
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