Add to ORKGA computer program which determines the geographic location of the auroral oval for given universal time and level of geomagnetic activity was developed for use on the IBM 7094 computer. The program provides both printed output of geographic coordinates of auroral oval boundaries and polar plots of the auroral oval. In addition, there is available a time-integration option which indicates how long a given location is under the auroral oval during a specified period. A description is given of the program and its use
A computer program is presented which is designed to determine the daily release window for sky targ...
Spacecraft traversing the auroral oval respond primarily to the field-aligned currents at its polewa...
An electrostatic analyzer was employed on the Ariel 4 satellite to determine pitch angle distributio...
The ground-based automatic method for determining auroral oval (AO) boundaries developed by the auth...
This activity allows students to make and use a geographic plot of aurora location and activity to c...
International audienceThe location of the auroral oval and the intensity of the auroral precipitatio...
A description and listings of computer programs for plotting geographical and political features of ...
An image data processing system has been developed in order to analyze auroral conjugacy of auroral ...
The program for the DC 8-D3 flight planning was slightly modified for the three dimensional flight p...
This activity requires students to plot the location and boundaries of a typical auroral oval in the...
Parametric angles of trajectory-determined field line intersects predicting location of artificial a...
A device, developed by the Institute of Space Research of the Academy of Sciences of the USSR, for l...
An automated contour analysis of auroral images from the DESAI database is being developed. The goal...
The relationship between the auroral oval pattern, i.e., location, size, shape, and intensity, and t...
In this activity students use web-based archival and real-time data to explore how auroras change wi...
A computer program is presented which is designed to determine the daily release window for sky targ...
Spacecraft traversing the auroral oval respond primarily to the field-aligned currents at its polewa...
An electrostatic analyzer was employed on the Ariel 4 satellite to determine pitch angle distributio...
The ground-based automatic method for determining auroral oval (AO) boundaries developed by the auth...
This activity allows students to make and use a geographic plot of aurora location and activity to c...
International audienceThe location of the auroral oval and the intensity of the auroral precipitatio...
A description and listings of computer programs for plotting geographical and political features of ...
An image data processing system has been developed in order to analyze auroral conjugacy of auroral ...
The program for the DC 8-D3 flight planning was slightly modified for the three dimensional flight p...
This activity requires students to plot the location and boundaries of a typical auroral oval in the...
Parametric angles of trajectory-determined field line intersects predicting location of artificial a...
A device, developed by the Institute of Space Research of the Academy of Sciences of the USSR, for l...
An automated contour analysis of auroral images from the DESAI database is being developed. The goal...
The relationship between the auroral oval pattern, i.e., location, size, shape, and intensity, and t...
In this activity students use web-based archival and real-time data to explore how auroras change wi...
A computer program is presented which is designed to determine the daily release window for sky targ...
Spacecraft traversing the auroral oval respond primarily to the field-aligned currents at its polewa...
An electrostatic analyzer was employed on the Ariel 4 satellite to determine pitch angle distributio...