References of "IEEE Transactions on Magnetics"
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See detailA Static Measurement System for Soft Magnetic Materials
Martin, Ramon; Perigo, Elio Alberto UL

in IEEE Transactions on Magnetics (2014), 50(4), 6000104

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See detailMagnetic field and gradient standards using permanent magnets: Design considerations, construction and validation by nuclear magnetic resonance
Perigo, Elio Alberto UL; Martin, Ramon Valls

in IEEE Transactions on Magnetics (2013), 49(8), 4717-4720

The construction and characterization of static magnetic density flux and gradient standards by using permanent magnets is presented. In the first case, the field homogeneity is high enough to be measured ... [more ▼]

The construction and characterization of static magnetic density flux and gradient standards by using permanent magnets is presented. In the first case, the field homogeneity is high enough to be measured by a nuclear magnetic resonance magnetometer, confirming the traceability of the standard. In the second case, a gradient standard is shown. The experimental results obtained by Hall probes are in agreement with theoretical calculations. Designing considerations about materials choice and mounting are also addressed. [less ▲]

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See detailHow Extrinsic Is the Coercivity in NdFeB Bonded Magnets?
Perigo, Elio Alberto UL; Cruz, Israel Aparecido; Antunes, Bruno et al

in IEEE Transactions on Magnetics (2013), 49(9), 5043-5047

The influence of the densification step, performed by uniaxial pressing at room temperature, on the coercivity of NdFeB bonded magnets has been analyzed. The mass density does not play any role on of non ... [more ▼]

The influence of the densification step, performed by uniaxial pressing at room temperature, on the coercivity of NdFeB bonded magnets has been analyzed. The mass density does not play any role on of non-cured magnets prepared by the mentioned method. Due to the brittle and intergranular character of the Nd Fe B-based phase fracture, the nano-sized grains are not affected or the modification is negligible, which maintains unchanged. After curing, the intrinsic coercivity of themagnets is reduced as a function of the compaction pressure increase. [less ▲]

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See detailNew Methodology for Micromagnetic Simulations of Nanocomposites With Applications to SANS Experiments
Erokhin, Sergey; Berkov, Dmitry; Gorn, Nataliya et al

in IEEE Transactions on Magnetics (2011), 47(10), 3044-3047

Detailed reference viewed: 187 (1 UL)