Abstract A magnetic sail is an advanced propellantless propulsion system that uses the interaction between the solar wind and an artificial magnetic field generated by the spacecraft, to produce a propulsive thrust in interplanetary space. The aim of this paper is to collect the available experimental data, and the simulation results, to develop a simplified mathematical model that describes the propulsive acceleration of a magnetic sail, in an analytical form, for mission analysis purposes. Such a mathematical model is then used for estimating the performance of a magnetic sail-based spacecraft in a two-dimensional, minimum time, deep space mission scenario. In particular, optimal and locally optimal steering laws are derived using an indirect approach. The obtained results are then applied to a mission analysis involving both an optimal Earth–Venus (circle-to-circle) interplanetary transfer, and a locally optimal Solar System escape trajectory. For example, assuming a characteristic acceleration of 1mm/s2, an optimal Earth–Venus transfer may be completed within about 380 days.

    Highlights A magnetic sail (Magsail) is an advanced thruster for deep space mission. This paper develops a mathematical model of a Magsail for mission analysis. Optimal and locally optimal steering laws are derived using an indirect approach. An optimal Earth–Venus transfer and a Solar System escape mission are discussed.


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    Title :

    Optimal control laws for heliocentric transfers with a magnetic sail


    Contributors:

    Published in:

    Acta Astronautica ; 89 ; 216-225


    Publication date :

    2013-04-17


    Size :

    10 pages




    Type of media :

    Article (Journal)


    Type of material :

    Electronic Resource


    Language :

    English




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