All fluxgate magnetometers are based on the theory of H.Aschenbrenner and G.Goubau developed in 1936 and the first fluxgates developed by F.Forster.Already the early satellites like putnik 3(Dolginov-Russia, 1958), Mariner 4 (NASA/USA, 1964), the first German satellite AZUR (Musmann, 1969) studying the magnetic fields of the Earth, Moon, Venus, Mars and other planets were using fluxgate magnetometers up to the latest NASA/ESA investigations on CASSINI (1998), and ESA's Rosetta(2004) and the first Ion Engine spacecraft\, NASA-DEEP-SPACE-ONE(Musmann/Kuhnke, 1998), (see cover.) Very precise Earth magnetic field measurements in space have been made using fluxgate magnetometers in combination with scalar magnetometers (MAGSAT-Acuna, 1979;OERSTED -Primdahl, 1999;CHAMP-Luhr, 2000) Only a few detailed descriptions about the theory and how to design and calibrate space fluxgate magnetometers and how to get reliable accurate magnetic field component measurements in space have been published.Therefore the worldwide small space fluxgate magnetometer community decided to document and save all their relevant know-how on space fluxgate magnetometers in this book before retiremenAlthough modern fluxgate magnetometers can be very reliable and stable, apart from comparison with an absolute standard, one can never be certain that drift has not occurred. Similarly, one cannot be certain that the vector magnetometeranbsp;...
|Title||:||Fluxgate Magnetometers for Space Research|
|Publisher||:||BoD – Books on Demand - 2010|