A survey of potential users of low altitude satellite magnetic measurements for solid-earth and geological studies was conducted. The principal objectives of this survey were to: document the utility and application of the data and resultant products obtained from such a satellite mission, and establish a users committee for the proposed low altitude vector magnetometer satellite
Progress in the development and modification of software to accommodate total field anomaly data and...
Research into an approach for altitude adjustments for MAGSAT or similar data acquired over a range ...
Problems were encountered in deriving a proper reference field to be subtracted from the aeromagneti...
Simulation studies established that the main (core), crustal and electrojet components of the Earth'...
The requirements for a program of geomagnetic field studies are examined which will satisfy a wide r...
Magsat, designed for making measurements of the geomagnetic vector field, is evaluated. For accurate...
Efforts to process 2 deg-averaged MAGSAT data for a radially polarized map of Africa and western Eur...
The compilation of a catalog of the MAGSAT-observed high altitude disturbances is discussed and an e...
Magnetometer systems on Pioneers 6, 7, and 8 to study interplanetary magnetic field
Magnetic field data acquired by NASA's MAGSAT satellite is used to construct a long-wavelength magne...
Because the near Earth magnetic field is a complex combination of fields from outside the Earth of f...
When comparing previous satellite magnetometer missions (such as MAGSAT) with proposed new programs ...
Magnetic profiles on individual satellites tracks were examined to identify bad (nonterrestrially-ba...
The magnetic mineralogy and magnetic properties of the deep crust are studied as they pertain to the...
Satellite borne magnetometer for measuring scalar magnetic intensities in middle and low latitudes a...
Progress in the development and modification of software to accommodate total field anomaly data and...
Research into an approach for altitude adjustments for MAGSAT or similar data acquired over a range ...
Problems were encountered in deriving a proper reference field to be subtracted from the aeromagneti...
Simulation studies established that the main (core), crustal and electrojet components of the Earth'...
The requirements for a program of geomagnetic field studies are examined which will satisfy a wide r...
Magsat, designed for making measurements of the geomagnetic vector field, is evaluated. For accurate...
Efforts to process 2 deg-averaged MAGSAT data for a radially polarized map of Africa and western Eur...
The compilation of a catalog of the MAGSAT-observed high altitude disturbances is discussed and an e...
Magnetometer systems on Pioneers 6, 7, and 8 to study interplanetary magnetic field
Magnetic field data acquired by NASA's MAGSAT satellite is used to construct a long-wavelength magne...
Because the near Earth magnetic field is a complex combination of fields from outside the Earth of f...
When comparing previous satellite magnetometer missions (such as MAGSAT) with proposed new programs ...
Magnetic profiles on individual satellites tracks were examined to identify bad (nonterrestrially-ba...
The magnetic mineralogy and magnetic properties of the deep crust are studied as they pertain to the...
Satellite borne magnetometer for measuring scalar magnetic intensities in middle and low latitudes a...
Progress in the development and modification of software to accommodate total field anomaly data and...
Research into an approach for altitude adjustments for MAGSAT or similar data acquired over a range ...
Problems were encountered in deriving a proper reference field to be subtracted from the aeromagneti...