Advances in GeophysicsAdvances in Geophysics |
Contents
Chapter 2 Properties and Processes at the Earths Surface in Relation to the General Circulation of the Atmosphere | 77 |
Chapter 4 Effects of Trapped Particles on the Geomagnetic Field | 131 |
Chapter 5 Celestial Geodesy | 191 |
Lateral lnhomogeneity in the Uppermost Part of the Earths Mantle | 295 |
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Common terms and phrases
aerosols analysis anomaly atmosphere axis basalt Basin and Range belt Byerly Byerly's coefficients collection component constant convection current coordinates crust crustal depth determined diamagnetic dipole direction displacement distance distribution drag earth earthquakes East Pacific Rise eclogite effects electron energy density equation equatorial plane fault plane solution flux focal mechanism frequency function gabbro geodetic Geophys graben gradient gravitational Gutenberg heat flow Heezen Honda Inst integration Keylis-Borok km/sec layer Love waves low-velocity lunar magnetic field mantle-crust mix Meteorol method Mid-Atlantic Ridge mid-oceanic ridge Mohorovičić discontinuity nodal planes null vectors number density observations obtained oceanic parameters perigee perturbations phase pitch angle plateau polarization Publ radiation Range province Rayleigh waves region Ridge rift system rotation S-wave sample Section Seismol station stress studies surface techniques tectonic theory tion toroid trapped particles type II source variations vector vertical waves Woollard zone