Europhysics Letters (EPL) · 1990 · 20 citations · 3 references
Natural SciencesMaterials EngineeringMaterials ScienceElectromagneticsMagnetic MaterialsRadiation DosimetryFerrimagnetic MaterialsFerromagnetismMagnetic CharacterizationPermanent MagnetsRadiation HardeningRadiation-resistant MaterialsFlux MeasurementHigh-energy Particle RadiationIonizing IrradiationNdfeb MagnetsRadiation EffectsRadiation Effects On MagnetsTemperature DependenceTemperature Dependence Of Radiation Damage
Nd2Fe14B permanent magnets were irradiated with 20 MeV protons at 300 K and at 15 K, and the flux loss was measured as a function of the irradiation dose. The results show that at 15 K the Nd2Fe14B magnets can withstand particle radiation at least 1000 times more than at room temperature.
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Positron studies of hydrogen-defect interactions in proton irradiated molybdenum
H. E. Hansen, Riku Talja, H. Rajainm�ki et al. · Applied Physics A · 1985 · 28 citations