Bundle Information
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| IDENTIFIER |
urn:nasa:pds:kmag-model::1.0
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| NAME |
KMAG - Kronian Magnetic Field Model Bundle
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| TYPE |
Supplemental
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| DESCRIPTION |
This bundle consists of code to model KMAG - a global magnetic field of the Saturn's field (Khurana et al., 2006) that includes modules that specify (1) the internal spherical harmonic field, (2) the ring current and the magnetotail current system, (3) the field from the radial current system which reinforces corotation on the outflowing plasma, (4) the shielding fields from an axially symmetric but hinged magnetopause and (5) the interconnection magnetic field from the solar wind IMF. The current sheet field is based on models of disk-shaped current sheets by Tsyganenko and Peredo (1994). The tilt, and hinging of the current sheet is based on the general deformation technique of Tsyganenko (1998, 2002a, 2002b). The shielding fields are derived using a model of the magnetopause by Arridge et al. (2006) constructed from magnetopause crossings observed by both Cassini and Voyager. Saturn?s internal field uses magnetic moments derived from the Cassini Saturn Orbital Insertion (SOI) measurements (Dougherty, 2005). KMAG is based on a previous Euler-potential model of Jupter's magnetospheric field (Khurana, 1997).
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| SEARCH/ACCESS DATA |
KMAG - Kronian Magnetic Field Model Bundle Online
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| Citation |
| DIGITAL OBJECT IDENTIFIER (DOI) |
10.17189/h6t6-n254
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| AUTHOR LIST |
Khurana, K. K.; Rusaitis, L.
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| EDITOR LIST |
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| PUBLICATION YEAR |
2022
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| DESCRIPTION |
This bundle consists of code to model KMAG - a global magnetic field of the Saturn's field (Khurana et al., 2006) that includes modules that specify (1) the internal spherical harmonic field, (2) the ring current and the magnetotail current system, (3) the field from the radial current system which reinforces corotation on the outflowing plasma, (4) the shielding fields from an axially symmetric but hinged magnetopause and (5) the interconnection magnetic field from the solar wind IMF. The current sheet field is based on models of disk-shaped current sheets by Tsyganenko and Peredo (1994). The tilt, and hinging of the current sheet is based on the general deformation technique of Tsyganenko (1998, 2002a, 2002b). The shielding fields are derived using a model of the magnetopause by Arridge et al. (2006) constructed from magnetopause crossings observed by both Cassini and Voyager. Saturn?s internal field uses magnetic moments derived from the Cassini Saturn Orbital Insertion (SOI) measurements (Dougherty, 2005). KMAG is based on a previous Euler-potential model of Jupter's magnetospheric field (Khurana, 1997).
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| Context |
| START DATE TIME |
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| STOP DATE TIME |
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| LOCAL MEAN SOLAR TIME |
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| LOCAL TRUE SOLAR TIME |
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| SOLAR LONGITUDE |
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| PRIMARY RESULT PURPOSE |
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| PRIMARY RESULT PROCESSING LEVEL |
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| PRIMARY RESULT DESCRIPTION |
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| PRIMARY RESULT WAVELENGTH RANGE |
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| PRIMARY RESULT DOMAIN |
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| PRIMARY RESULT DISCIPLINE NAME |
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| INVESTIGATION |
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| OBSERVING SYSTEM |
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| OBSERVING SYSTEM COMPONENT |
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| TARGET |
SATURN
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| REFERENCES |
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| Collections |
| MISCELLANEOUS COLLECTION |
KMAG Model 2022 Miscellaneous FORTRAN Code Collection
KMAG Model 2022 Miscellaneous Python Wrapper Collection
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