The Solution of the Inverse Problem in Geophysical Interpretation

Passive and Active Seismology.- Linearized inversion of (teleseismic) data.- The resolving power of seismic surface waves with respect to crust and upper mantle structural models.- The inversion of deep seismic soundings: problems and contraints (summary).- Combined reflection and refraction measurements for investigating the geothermal anomaly of Urach (summary).- The approach to the inversion process in reflection seismics.- The inverse problem in 1-D reflection seismics.- Ray geometric migration in seismic prospecting.- Imaging the Earth’s surface with seismic reflections.- Gravity and Magnetic Fields.- Some aspects of the interpretation of gravity data for the study of regional and local structures.- Interpretation of long wavelength anomalies.- Geoelectric Methods.- On the possibility of a direct automatic inversion of the D.C. geoelectric data.- Methods for geoelectrical data inversion.- A general transformation system of dipole geoelectrical sounding into Schlumberger’s as an approach to the inversion.- Short Notes.- Continental character of the lithosphere beneath the Ionian Sea.- On the “400-kilometers” discontinuity in the Mediterranean area.- The thickness of phase transformation layers in the earth’s mantle.- A concise inversion system for refraction observations over plane interfaces with arbitrary strike and dip.- Magnetotelluric resistivity in an inhomogeneous two-layer model.- On the behaviour of a linear electric system excited by a particular input.- Inverse problems on the global scale: geomagnetic polarity sequence as an inverse problem for geochronology.