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Palaeomagnetism and rock magnetism
Earth-Science Reviews, 1966Summary The magnetic study of rocks leads to three broad fields of knowledge. The first is the history of continental movement as deduced from magnetic rocks, and the comparison of palaeomagnetically determined ancient latitudes with palaeoclimatological evidence. These areas are reviewed quite briefly. The second field is the history of the earth's
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Earth-Science Reviews, 1971
Abstract In any rock six kinds of magnetic anisotropy can be distinguished, viz.: (1) shape alignment of grains; (2) alignment of crystals with magneto-crystalline anisotropy; (3) alignment of magnetic domains; (4) the stringing-together of magnetic grains, which is a special case of (1); (5) stress-induced anisotropy; and (6) exchange anisotropy ...
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Abstract In any rock six kinds of magnetic anisotropy can be distinguished, viz.: (1) shape alignment of grains; (2) alignment of crystals with magneto-crystalline anisotropy; (3) alignment of magnetic domains; (4) the stringing-together of magnetic grains, which is a special case of (1); (5) stress-induced anisotropy; and (6) exchange anisotropy ...
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Introduction to the magnetism of rocks
1984Technology imitates nature, often unwittingly. Many of the devices, processes, systems and materials invented by man are to be found in the animal and mineral world. Magnetic navigation in the animal world is an example recently added to the list which includes ranging using sound waves, servomechanics, information transfer by electrical signals ...
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1942
ContentsPageTable 201. Magnetic susceptibility of magnetite2952. Susceptibility of magnetic minerals2963. Range of magnetic susceptibility in major rock types2964. Susceptibility and remanent magnetization of rocks297 Magnetic susceptibility of magnetite and of ferromagnetic minerals.—Magnetite, by reason of its relatively high magnetic ...
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ContentsPageTable 201. Magnetic susceptibility of magnetite2952. Susceptibility of magnetic minerals2963. Range of magnetic susceptibility in major rock types2964. Susceptibility and remanent magnetization of rocks297 Magnetic susceptibility of magnetite and of ferromagnetic minerals.—Magnetite, by reason of its relatively high magnetic ...
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1987
Magnetic parameters reflect the concentration and composition of ferromagnetic minerals, their structural features and interrelation with paramagnetic iron minerals.
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Magnetic parameters reflect the concentration and composition of ferromagnetic minerals, their structural features and interrelation with paramagnetic iron minerals.
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Mutual complement between statistical and neural network approaches for rock magnetism data analysis
Expert Systems With Applications, 2009William Guo, Michael Li, Zheng-Xiang Li
exaly