
Accession Number : AD0486263
Title : A FORTRAN PROGRAM FOR THE PREDICTION OF MEAN ANOMALIES.
Descriptive Note : Interim rept.,
Corporate Author : OHIO STATE UNIV COLUMBUS DEPT OF GEODETIC SCIENCE AND SURVEYING
Personal Author(s) : Rapp, Richard H.
Report Date : JAN 1966
Pagination or Media Count : 49
Abstract : Equations are described that may be used for the prediction of mean gravity anomalies in various size squares. A computer program is given and described that will predict a mean freeair anomaly from a localized Bouguer coefficient, and from a predicted Bouguer anomaly. In addition the predicted accuracy for the mean anomaly is given, along with predictions made at the square center. The input to the program consists of a tape containing known anomalies, a set of covariances and a set of quantities pertaining to square size, number of known points to use etc. Though the program is for any size square, practical applications suggest a maximum use of a 30 x 30 ft square. (Author)
Descriptors : (*GRAVITY, ANOMALIES), EARTH(PLANET), MATHEMATICAL PREDICTION, MATHEMATICAL PROGRAMMING, COMPUTER PROGRAMMING, PROGRAMMING LANGUAGES, GEODESICS.
Subject Categories : Geodesy
Distribution Statement : APPROVED FOR PUBLIC RELEASE