Configurational sensitivity of multipoint magnetic field measurements

Statistics – Computation

Scientific paper

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Calibrating, Cluster Mission, Computational Astrophysics, Error Analysis, Magnetic Fields, Orbital Mechanics, Spacecraft Configurations, Spacecraft Orbits, European Space Programs, Mathematical Models, Mission Planning, Positioning, Space Plasmas, Spaceborne Astronomy, Spacing

Scientific paper

A computational calibration model which can access the error budget for these measurements at all system levels is reported. The model is parametric since the total error contribution can be treated as an error function for the derived quantity, dependent on the various error sources. The possible measurement errors for the derived quantities to be critical at current mission specifications are found. Typical hard error sources, which are likely to remain following standard interspacecraft calibration, are identified. Orbit strategy, in particular, imposes constraints at the four spacecraft level. The sensitivity of the error functions to spacecraft configuration is investigated. The determination of the vector curl of the magnetic field is taken as a model measurement and the role of the divergence of the field for this quantity is discussed.

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