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Cyber-Physical Systems Virtual Organization
Fostering collaboration among CPS professionals in academia, government, and industry
CPS-VO
dense sintered magnets
biblio
Remanence enhancement melt-spun Nitroquench Sm2Fe17N3. M.
Submitted by aekwall on Mon, 11/30/2020 - 11:06am
Powders
Magnetics
magnetocrystalline anisotropy
melt spinning
melt-spun material
microstructure
Mossbauer effect
Mössbauer spectra
nanocrystallite size
nitroquench powder
polymer-bonded magnets
polymers
low-temperature gas-phase interstitial modification process
samarium compounds
sintering
Sm2Fe17N3
spark sintering
spontaneous magnetization
Thermal stability
X-ray chemical analysis
X-ray diffraction
X-ray powder diffraction
X-ray reflections
Magnetic Remanence
nanostructured materials
Internet of Things
Resiliency
pubcrawl
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Compositionality
remanence
coercive force
coercivity
hysteresis loops
Magnetic anisotropy
magnetic hysteresis
Conferences
Permanent magnets
corrosion resistance
crystal microstructure
Curie temperature
dense sintered magnets
EDX microprobe analysis
hard magnetism
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intrinsic magnetic properties
iron compounds
