1949
DOI: 10.1088/0370-1301/62/6/305
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Magnetic Dispersion at Microwave Frequencies

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Cited by 18 publications
(3 citation statements)
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“…Other attempts were proposed, by invoking differences in the superficial regions of a ferromagnetic material [20], together with relaxation models analogous to the Debye model for dielectric materials, as done by Becker. This latter model was shown in [18], [22] not to reproduce the actual frequency evolution of µ r , which was found to be slower than predicted. More accurate models were presented later, e.g., accounting for inter-domain friction, but were not considered completely satisfying.…”
Section: B Magnetic Permeabilitymentioning
confidence: 75%
“…Other attempts were proposed, by invoking differences in the superficial regions of a ferromagnetic material [20], together with relaxation models analogous to the Debye model for dielectric materials, as done by Becker. This latter model was shown in [18], [22] not to reproduce the actual frequency evolution of µ r , which was found to be slower than predicted. More accurate models were presented later, e.g., accounting for inter-domain friction, but were not considered completely satisfying.…”
Section: B Magnetic Permeabilitymentioning
confidence: 75%
“…Известны попытки оценить СВЧ магнитную проница-емость металла по потерям в металлических сетках [1], по зависимости добротности резонатора от внешнего магнитного поля [2], по потерям в коаксиальной линии передачи из исследуемого металла [3]. В этих работах исследовались разные металлы, а полученные оценки µ относятся к отдельным далеко разнесенным частотным точкам и плохо согласуются друг с другом.…”
Section: Introductionunclassified
“…Although this is well below the microwave regime, measurements at these frequencies give an insight into the presence of a magnetic fraction. The permeability of ferromagnetic materials is known to decrease sharply in the microwave regime (Hodsman, Eichholz & Millership 1949;Kittel 1946). However, this means that measurements at RF frequencies will exaggerate the permeability of microwave frequencies and make identification of particles heating due to strong interactions with the magnetic field easier.…”
Section: Magnasat Device and Measurement Proceduresmentioning
confidence: 99%