Results 311 to 320 of about 1,004,315 (387)
Linear Permanent Magnet Machines for Oil Pumping Systems
, 2017 Hussain A.I.A Hussain
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Permanent fluidic magnets for liquid bioelectronics
Nature Materials, Yihao Zhou, Yang Song
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Environmental Science and Technology, 2020
The NdFeB permanent magnet is a critical material in digital electronics and clean energy industry. Traditional recovery processes based on solvent extraction technique would consume high energy and large amounts of chemicals as well as resulting in ...
Chuanying Liu +4 more
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The NdFeB permanent magnet is a critical material in digital electronics and clean energy industry. Traditional recovery processes based on solvent extraction technique would consume high energy and large amounts of chemicals as well as resulting in ...
Chuanying Liu +4 more
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IEEE transactions on energy conversion, 2020
This paper proposes a novel Bi-Magnet machine design concept in which ferrite and rare earth magnet materials are both utilized for torque production.
Zhentao S. Du, T. Lipo
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This paper proposes a novel Bi-Magnet machine design concept in which ferrite and rare earth magnet materials are both utilized for torque production.
Zhentao S. Du, T. Lipo
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Journal of Magnetism and Magnetic Materials, 2002
AbstractFor Abstract see ChemInform Abstract in Full Text.
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AbstractFor Abstract see ChemInform Abstract in Full Text.
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Advanced Functional Materials, 2019
There is an increasing demand for permanent magnets with high‐temperature stability. Normally, the magnets are heat treated above the operating temperature range to saturate the irreversible losses, thereby producing magnets that are stable, but with ...
W. Xia +10 more
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There is an increasing demand for permanent magnets with high‐temperature stability. Normally, the magnets are heat treated above the operating temperature range to saturate the irreversible losses, thereby producing magnets that are stable, but with ...
W. Xia +10 more
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Electrical Engineering, 1948
PERMANENT MAGNETS used in apparatus often are subjected to demagnetization by current surges or stray fields. This weakens the magnet and changes the adjustment. Magnets usually are stabilized against such demagnetizing forces by partial demagnetization.
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PERMANENT MAGNETS used in apparatus often are subjected to demagnetization by current surges or stray fields. This weakens the magnet and changes the adjustment. Magnets usually are stabilized against such demagnetizing forces by partial demagnetization.
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Transactions of the American Institute of Electrical Engineers, 1936
Permanent magnet materials recently have been developed with characteristics radically different from those of previous materials, the carbon, cobalt, and chromium steels. In this paper, the essential properties of these new materials are discussed and are compared with the corresponding properties of the older materials.
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Permanent magnet materials recently have been developed with characteristics radically different from those of previous materials, the carbon, cobalt, and chromium steels. In this paper, the essential properties of these new materials are discussed and are compared with the corresponding properties of the older materials.
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Coercivity mechanisms in nanostructured permanent magnets
Chinese Physics B, 2019Coercivity mechanism in permanent magnets has been debated for many years. In this paper, various models of the coercivity mechanism are classified and re-examined by the comparison and contrast.
G. Zhao +4 more
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