Department of Magnetism and Magnetic Nanomaterials

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Engineering & Materials Science

Magnetic properties
Magnetization
Magnetic anisotropy
Temperature
Magnetic fields
Magnetic structure
Multilayers
Anisotropy
Phase transitions
Magnetic moments
Exchange interactions
Neutron diffraction
Coercive force
Magnetocaloric effects
Annealing
Nanoparticles
Heat treatment
Magnetostriction
Thin films
Hysteresis loops
Substitution reactions
Magnetoresistance
Crystal structure
Exchange coupling
Magnetic hysteresis
Sensors
Curie temperature
Hysteresis
Nanocrystalline alloys
Chemical analysis
Wire
Iron
Ions
Magnetization reversal
Atoms
Intermetallics
Magnetron sputtering
Crystalline materials
Cobalt
Amorphous alloys
Rare earths
Microstructure
Perovskite
Magnetic variables measurement
Magnetic films
Biosensors
Phase diagrams
Rapid quenching
Fermi level
Composite materials
Magnets
Magnetism
Air
Explosions
Enhanced magnetoresistance
X ray diffraction
Ferromagnetic resonance
Iron oxides
Specific heat
Phase composition
Microwaves
Amorphization
Electrons
Metals
Amorphous films
Magnetic leakage
Saturation magnetization
Lattice constants
Single crystals
Tuning
Neutron scattering
Nanocrystallization
Gadolinium
Nanocomposites
Neutrons
Optical properties
Melt spinning
Giant magnetoresistance
Glass
X rays
Crystals
Entropy
Fabrication

Chemical Compounds

Magnetic properties
Magnetization
Magnetic anisotropy
Temperature
Magnetic fields
Magnetic structure
Multilayers
Anisotropy
Phase transitions
Neutron diffraction
Exchange interactions
Magnetic moments
Nanoparticles
Annealing
Heat treatment
Coercive force
Magnetocaloric effects
Magnetostriction
Magnetic hysteresis
Hysteresis loops
Magnetoresistance
Substitution reactions
Crystal structure
Ions
Curie temperature
Nanocrystalline alloys
Thin films
Chemical analysis
Iron
Magnetization reversal
Cobalt
Hysteresis
Atoms
Crystalline materials
Exchange coupling
Intermetallics
Magnetron sputtering
Wire
Sensors
Metals
Amorphous alloys
Microstructure
Microwaves
Biosensors
Magnetic variables measurement
Phase diagrams
Rare earths
Rapid quenching
Magnets
Magnetism
Magnetic films
Electrons
Composite materials
Explosions
Enhanced magnetoresistance
Air
X ray diffraction
Ferrosoferric Oxide
Polymers
Amorphization
Amorphous films
Phase composition
Saturation magnetization
Lattice constants
Powders
Nanocomposites
guar gum
Fermi level
Specific heat
X rays
Single crystals
Ferromagnetic resonance
Crystals
Nickel
Tuning
Neutron scattering
Magnetocrystalline anisotropy
Nanocrystallization
Copper
Gadolinium
Neutrons
Melt spinning
Giant magnetoresistance
Glass
Fabrication

Physics & Astronomy

Engineering

magnetic properties
heat treatment
interlayers
magnetic moments
Curie temperature
annealing
Permalloys (trademark)
magnetron sputtering
magnetic films
ferrofluids
x rays
evaporation
magnetic permeability
magnetic materials
sputtering
magnetic induction
tuning
moments

General

magnetization
anisotropy
ribbons
hysteresis
thin films
temperature dependence
coercivity
sensors
spacers
interactions
microstructure
laser targets
meanders
substitutes
saturation
crystal structure
magnets
inventions
ferrimagnets
grain size
phase diagrams
explosions
magnetic measurement
biomimetics
retraining
magnetic domains
causes
regularity
synthesis
prototypes
transmission electron microscopy

Aerospace Sciences

magnetic fields
spectroscopy

Physics

nanoparticles
temperature
impedance
neutron diffraction
ions
frequency ranges
diffraction
atoms
ferromagnetic resonance
specific heat
temperature distribution

Chemistry and Materials

iron oxides
magnetostriction
iron
composite materials
wire
cobalt
intermetallics
air
rare earth elements
polymers
Laves phases
water
gadolinium

Life Sciences

bioinstrumentation
sublattices

Mathematical and Computer Sciences

sensitivity

Social and Information Sciences

patents