titles
| Adiabatic gradient in the core |
Anderson |
Orson |
| Aeromagnetic surveying |
Pilkington |
Mark |
| Agricola, Georgius |
Chapman |
Allan |
| Alfven H. |
Falthammar & Gubbins |
Carl-Gunne |
| Alfven waves |
Finlay |
Chris |
| Alfven's Theorem and the frozen flux approximation |
Roberts |
Paul |
| Anti-dynamo and bounding theorems |
Busse & Proctor |
Fritz |
| Archaeology, magnetic methods |
Schmidt |
Armin |
| Auroral Oval |
Milan |
Steve |
| Bangui anomaly |
Taylor |
Pat |
| Barlow, P. |
Dormy |
Emmanuel |
| Bartels J. |
Glassmeier & Siebert |
Karl-Heinz |
| Bauer L. A. |
Good |
Gregory |
| Bemmelen, W. van |
Jonkers |
Art |
| Benton E. R. |
Loper |
Dave |
| Boundary layers in the core |
Dormy, Roberts & Soward |
Emmanuel |
| Boussinesq and anelastic approximations |
Braginsky & Roberts |
S. I & Paul |
| Bullard E. C. |
Gubbins |
David |
| Carnegie, Reseach Vessel |
Good |
Gregory |
| Champ |
Maus |
Stefan |
| Chapman S. |
Malin |
Stuart |
| Coast effect of induced currents |
Lilley |
Ted |
| Compass |
Jonkers |
Art |
| Conductivity Geothermometer |
Lilley |
Ted |
| Conductivity, ocean floor measurements |
Constable |
Steve |
| Controlled source EM |
Edwards |
Nigel |
| Convection, chemical |
Loper |
David |
| Core Composition |
McDonough |
Bill |
| Core Convection |
Zhang |
Keke |
| Core Dynamics: instabilities |
Fearn |
David |
| Core Motions |
Whaler |
Kathy |
| Core properties - Physical |
Stacey |
Frank |
| Core properties - theoretical determination |
Price |
David |
| Core-based inversions |
Gubbins |
David |
| Core-mantle boundary topography: implications for dynamics |
Soward |
Andrew |
| Core-mantle boundary topography: seismology |
Morelli |
Andrea |
| Core-mantle coupling, thermal |
Bloxham |
Jeremy |
| Core-mantle coupling-electromagnetic |
Holme |
Richard |
| Core-mantle coupling-topographic |
Jault |
Dominique |
| Cowling, T.G. |
Mestel |
Leon |
| Cowling's Theorem |
Busse |
Fritz |
| Crustal Magnetic Field |
Ravat |
Dhananjay |
| D'' as a boundary layer |
Loper |
David |
| D", anisotropy |
Kendall |
Mike |
| D", seismic properties |
Lay |
Thorne |
| D'', composition |
Williams |
Quentin |
| Della Porta, Giambattista |
Chapman |
Allan |
| Density distribution in the core |
Masters |
Guy |
| Department of Terrestrial Magnetism, Carnegie Institution of Wahington |
Good |
Gregory |
| Depth to Curie temperature |
Rajaram |
Mita |
| Dimensional analysis and time scales for the geodynamo |
Gubbins |
David |
| Dipole moment variation |
Constable |
Cathy |
| Dynamo waves |
Sarson |
Graeme |
| Dynamo, Backus |
Willis |
Ashley |
| Dynamo, Braginsky |
Sarson |
Graeme |
| Dynamo, Bullard-Gellman |
Sarson |
Graeme |
| Dynamo, Disk |
Jacobs |
Jack |
| Dynamo, Gailitis |
Gailitis |
Agris |
| Dynamo, Herzenberg |
Roberts |
Paul |
| Dynamo, Lowes-Wilkinson |
Lowes |
Frank |
| Dynamo, Model-Z |
Hollerbach |
Rainer |
| Dynamo, Ponomarenko |
Roberts |
Paul |
| Dynamos, experimental |
Tilgner |
Andreas |
| Dynamos, fast |
Proctor |
Mike |
| Dynamos, Kinematic |
Livermore |
Phil |
| Dynamos, mean field |
Raedler |
Karl-Heinz |
| Dynamos, Periodic |
Gubbins |
David |
| Earth Structure, major divisions |
Kennett |
Brian |
| Electrical anisotropy |
Bahr |
Karsten |
| Electrical conductivity of the core |
Stacey |
Frank |
| Electrical conductivity of the mantle, mineralogy |
Katsura |
Tomoo |
| Electromagnetic Induction |
Jones |
Alan |
| Electromagnetic ocean effects |
Maus |
Stefan |
| Ellipticity correction for the main field |
Malin |
Stuart |
| Elsasser W. |
Parker |
Eugene |
| Energy source for the geodynamo |
Labrosse |
Stephane |
| Equilibration of magnetic field: weak and strong field dynamos |
Zhang |
Keke |
| Euler Deconvolution |
Reid |
Alan |
| Fleming, JA |
Hardy |
Shaun |
| Fluid dynamic experiments |
Aurnou |
Jonathon |
| Forward Modelling of EM |
Avdeev |
Dmitry |
| Galvanic Distortion |
Bahr |
Karsten |
| Gauss C. F. |
Glassmeier |
Karl-Heinz |
| Gauss' determination of absolute intensity |
Malin |
Stuart |
| Gellibrand H. |
Malin |
Stuart |
| Geodynamo |
Jones |
Chris |
| Geodynamo: Numerical simulations |
Glatzmaier |
Gary |
| Geomagnetic Deep Sounding |
Banks |
Roger |
| Geomagnetic Dipole Field |
Lowes |
Frank |
| Geomagnetic Hazards |
Thomson |
Alan |
| Geomagnetic Jerks |
Macmillan |
Susan |
| Geomagnetic pulsations |
Glassmeier |
Karl-Heinz |
| Geomagnetic Secular Variation |
Wardinski |
Ingo |
| Geomagnetic Spatial Spectrum |
Lowes |
Frank |
| Geomagnetic temporal spectrum |
Constable |
Cathy |
| Gilbert W. |
Chapman |
Allan |
| Gravitational torque |
LeMouel |
Jean-Louis |
| Gravity-inertio waves and inertial oscillations |
Aldridge |
Keith |
| Gruneisen's parameter for iron and Earth's core |
Anderson |
Orson |
| Halley, E. |
Cook |
Alan |
| Hansteen, C. |
Hansteen |
Johannes |
| Hartmann, Georg |
Chapman |
Allan |
| Heat flow across the core-mantle boundary |
Labrosse |
Stephane |
| Helioseismology |
Thompson |
M.J. |
| Higgins-Kennedy Paradox |
Busse |
Fritz |
| History of Geomagnetism |
Jonkers |
Art |
| History of Instrumentation |
Good |
Gregory |
| Humboldt, A.v. and Magnetic storms |
Lakhina et al |
Gurbax |
| Humbolt A. v. |
Busse |
Fritz |
| IAGA |
Kerridge |
Dave |
| Ideal solution theory |
Alfe |
Dario |
| IGRF - International Geomagnetic Reference Field |
Macmillan |
Susan |
| Induction arrows |
Ritter |
Oliver |
| Induction from satellite data |
Constable |
Steve |
| Industrial uses of EM |
Heinson |
Graham |
| Inhomogeneous boundary conditions and the dynamo |
Zhang |
Keke |
| Inner core anisotropy |
Song |
Xiaodong |
| Inner core composition |
Vocadlo |
Lidunka |
| Inner core oscillation |
Aldridge |
Keith |
| Inner core rotation |
Richards |
Paul |
| Inner core rotational dynamics |
Rochester |
Mike |
| Inner core tangent cylinder |
Hollerbach & Gubbins |
Rainer |
| Inner core: PKJKP |
Paulssen |
Haneke |
| Interiors of Planets and Satellites |
Schubert |
Gerry |
| Internal external field separation |
Winch |
Dennis |
| Inverse modelling of EM |
Egbert |
Gary |
| Ionosphere |
Richmond |
Art |
| Jesuits, role in Geomagnetism |
Udias |
Fr. Agustin |
| Kircher, A. |
Cardus |
J.Oriol |
| Lake bottom EM measurements |
Schultz |
Adam |
| Land uses of EM |
Pellerin |
Louise |
| Langel R.A. |
Purucker |
Mike |
| Larmor J. |
Gubbins |
David |
| Lehmann,I |
Gubbins |
David |
| Length of day variations - decadal |
Holme |
Richard |
| Length of day variations - long term |
Morrison & Stevenson |
Leslie |
| Lloyd, H. |
Weaire & Coey |
Denis |
| Magnetic anomalies for geology and resources |
Reeves & Korhonen |
Colin & Juha |
| Magnetic anomalies, long wavelength |
Purucker |
Mike |
| Magnetic Field of Mars |
Arkani-Hamed |
Jafar |
| Magnetoconvection |
Zhang & Liao |
Keke |
| Magnetohydrodynamic waves |
Finlay |
Chris |
| Magnetohydrodynamics |
Roberts |
Paul |
| Magnetometers |
Williams |
Wyn |
| Magnetosphere of the Earth |
Cowley |
Stan |
| Magnetotellurics |
Unsworth |
Martin |
| Magsat |
Purucker |
Mike |
| Main field maps |
Mandea |
Mioara |
| Main Field Modelling |
Mandea |
Mioara |
| Marine controlled source electromagnetics |
Edwards |
Nigel |
| Marine magnetic anomalies |
Heirtzler |
Jim |
| Marine magnetic surveys |
Tivey |
Maurice |
| Melting temperature of iron in the core, experimental |
Shen |
GY |
| Melting temperature of iron in the core, theory |
Price |
David |
| Modelling magnetic anomalies |
Arkani-Hamed |
Jafar |
| Natural sources for electromagnetic induction studies |
Olsen |
Nils |
| Non-dipole field |
Constable |
Cathy |
| Non-dynamo theories |
Stevenson |
Dave |
| Norman R. |
Chapman |
Allan |
| Observatories 01 - an overview |
Macmillan |
Susan |
| Observatories 02 - Observatory Instrumentation |
Rasson |
Jean |
| Observatories 03 - Observatory automation |
Newitt |
Larry |
| Observatories 04 - Intermagnet |
Rasson |
Jean |
| Observatories 05 - Observatory programme in Australia |
Hopgood |
Peter |
| Observatories 06 - Observatory programme in the British Isles |
Kerridge |
David |
| Observatories 07 - Observatory programme in France |
Mandea |
Mioara |
| Observatories 08 - Observatory programme in USA |
Love & Townshend |
Jeff |
| Observatories 09 - Observatories in Antarctica |
Schott & Rasson |
Jean-Jaques |
| Observatories 10 - Observatories in Benelux countries |
Rasson |
Jean |
| Observatories 11 - Observatories in Canada |
Newitt & Coles |
Larry & Richard |
| Observatories 12 - Observatories in China |
Yang |
Dongmei |
| Observatories 13 - Observatories in East and Central Europe |
Hejda |
Pavel |
| Observatories 14 - Observatories in Germany |
Linthe |
Hans-Joachim |
| Observatories 15 - Observatories in India |
Lakhina et al |
Gurbax |
| Observatories 16 - Observatories in Italy |
Chiappini |
Massimo |
| Observatories 17 - Observatories in Japan and Asia |
Iyemori & McCreadie |
Toshihiko & Heather |
| Observatories 18 - Observatories in Latin American |
Barreto |
Muniz |
| Observatories 19 - Observatories in New Zealand and the South Pacific |
Tomlinson |
Lester |
| Observatories 20 - Observatories in Nordic countries |
Hansen |
Truls Lynn |
| Observatories 21 - Observatories in Russia |
Troshichev |
Oleg |
| Observatories 22 - Observatories in southern Africa |
Kotze |
Pieter |
| Observatories 23 - Observatories in Spain |
Torta & Batllo |
Miquel |
| Oersted |
Olsen |
Nils |
| Oldham, RD |
Schweitzer |
Johannes |
| Origin of the Core |
Nimmo |
Francis |
| Parkinson D |
Lilley |
Ted |
| Periodic external fields |
Winch |
Dennis |
| Petrus Peregrinus |
Chapman |
Allan |
| Planetary and Satellite dynamos |
Stevenson |
Dave |
| POGO (OGO-2, -4 and -6 spacecraft) |
Cain |
Joe |
| Potential vorticity and potential magnetic field theorems |
Hide |
Raymond |
| Precession and core dynamics |
Cardin |
Philippe |
| Price, A. |
Hobbs |
Bruce |
| Project MAGNET |
McMillan |
Dave |
| Proudman-Taylor theorem |
Hide |
Raymond |
| Radioactive isotopes, their decay in mantle and core |
Murthy |
V.Rama |
| Reduction to pole |
Ravat |
Dhananjay |
| Regional studies of EM |
Ritter |
Oliver |
| Repeat stations |
Macmillan |
Susan |
| Reversals, theory |
Sarson |
Graeme |
| Rikitake, T. |
Honkura |
Yoshi |
| Ring Current |
Moore |
Thomas |
| Robust electromagnetic transfer functions estimates |
Egbert |
Gary |
| Rotating convection, non-magnetic |
Soward |
Andrew |
| Runcorn's theorem |
Jackson |
Andy |
| Sabine E. |
Gubbins |
David |
| Seamount magnetism |
Heirtzler & Nazarov |
Jim & K |
| SEDI |
Loper |
Dave |
| Seismic phases |
Kennett |
Brian |
| Seismic velocities of inner core |
Souriau |
Annie |
| Seismo-electromagnetic effects |
Johnston |
Mal |
| Shock wave experiments |
Ahrens |
Tom |
| Solar Dynamo |
Parker |
Eugene |
| Spherical Cap Harmonics |
Haines |
GV |
| Spherical harmonics |
Winch |
Dennis |
| Statistical methods for paleomagnetic data |
Love |
Jeff |
| Storms and substorms |
Lester |
Mark |
| Sun's Magnetic Field |
Tobias |
Steve |
| Symmetry and the geodynamo |
Gubbins |
David |
| Taylor's condition |
Hollerbach |
Rainer |
| Tectonic interpretation of EM |
Ingham |
Malcolm |
| Temperature of the Earth's core |
Price |
David |
| Thermal conduction in the core |
Stacey |
Frank |
| Thermal conductivity of the mantle |
Stacey |
Frank |
| Thermal wind |
Olson |
Peter |
| Time-dependent models of the main magnetic field |
Jackson |
Andy |
| Torsional oscillations |
Dumberry |
Matthieu |
| Transfer functions |
Unsworth |
Martin |
| Transient electromagnetic induction |
Meju & Everett |
Max |
| Turbulence in the Earth's core |
Buffett & Matsui |
Bruce & Hiroaki |
| ULVZ's |
Garnero |
Ed |
| Uniqueness of solutions to Laplace's equation |
Gubbins |
David |
| Units |
Gubbins |
David |
| Upward and Downward continuation |
Ravat |
Dhananjay |
| Verhoogen J. |
Olson |
Peter |
| Vine-Matthews-Morley hypothesis |
Tivey |
Maurice |
| Viscosity of the core |
Vocadlo |
Lidunka |
| Volcano-electromagnetic effects |
Johnston |
Mal |
| Voyages making geomagnetic measurements |
Barraclough |
David |
| Westward drift |
Holme |
Richard |