The quality of the MAGSAT data was assessed, especially the characterization of spikes. The spectral passbands of significance to geophysical analysis were analyzed, including computations of spectral coherence between nearby repeating satellite tracks. A spectrum modeling effort was begun which is designed to show the effect of spacecraft attitude on the observability of magnetic anomalies. The data obtained is to be used to compute crustal anomaly maps by modeling the equivalent dipoles in the project area
Data tapes were decoded and 24 tracks over the Indian region were reduced to common elevation. Profi...
Activities concerning the interpretation of processed MAGSAT data and maps are briefly reported. Wor...
The processing of MAGSAT scalar data to construct a crustal magnetic anomaly map over the continenta...
Ground tracks from SEASAT were used in an effort to develop qualititative relationships between the ...
An equivalent source anomaly map and a map of the relative magnetization for the investigation regio...
Progress in software development and in preliminary analysis of MAGSAT tracks crossing the Indian Oc...
A higher resolution anomaly map of the Broken Ridge area (2 degree dipole spacing) was produced and ...
Crustal magnetic anomalies in a region of the eastern Indian Ocean were studied using data from NASA...
The analysis and preliminary interpretation of investigator-B MAGSAT data are addressed. The data pr...
The space distribution of the magnetic anomaly field for the Pacific Ocean is obtained from data of ...
Processing continued on the data set covering the first three months of the mission. Orbits were sel...
Current limitations in the quantitative interpretation of satellite-elevation geopotential field dat...
The results of modeling satellite-elevation magnetic and gravity data using the constraints imposed ...
The suitability of using magnetic field measurements obtained by MAGSAT is discussed with regard to ...
Several possible causes for the east-west striping of the MAGSAT anomaly maps are listed and discuss...
Data tapes were decoded and 24 tracks over the Indian region were reduced to common elevation. Profi...
Activities concerning the interpretation of processed MAGSAT data and maps are briefly reported. Wor...
The processing of MAGSAT scalar data to construct a crustal magnetic anomaly map over the continenta...
Ground tracks from SEASAT were used in an effort to develop qualititative relationships between the ...
An equivalent source anomaly map and a map of the relative magnetization for the investigation regio...
Progress in software development and in preliminary analysis of MAGSAT tracks crossing the Indian Oc...
A higher resolution anomaly map of the Broken Ridge area (2 degree dipole spacing) was produced and ...
Crustal magnetic anomalies in a region of the eastern Indian Ocean were studied using data from NASA...
The analysis and preliminary interpretation of investigator-B MAGSAT data are addressed. The data pr...
The space distribution of the magnetic anomaly field for the Pacific Ocean is obtained from data of ...
Processing continued on the data set covering the first three months of the mission. Orbits were sel...
Current limitations in the quantitative interpretation of satellite-elevation geopotential field dat...
The results of modeling satellite-elevation magnetic and gravity data using the constraints imposed ...
The suitability of using magnetic field measurements obtained by MAGSAT is discussed with regard to ...
Several possible causes for the east-west striping of the MAGSAT anomaly maps are listed and discuss...
Data tapes were decoded and 24 tracks over the Indian region were reduced to common elevation. Profi...
Activities concerning the interpretation of processed MAGSAT data and maps are briefly reported. Wor...
The processing of MAGSAT scalar data to construct a crustal magnetic anomaly map over the continenta...