Physics & Astronomy
anisotropy
48%
apertures
11%
atoms
11%
baths
13%
boundary element method
8%
characterization
17%
coercivity
42%
cones
6%
configurations
14%
critical current
15%
critical temperature
10%
crystals
11%
current density
7%
data storage
17%
demagnetization
6%
deposits
6%
diamagnetism
30%
direct current
6%
domain wall
100%
dosage
5%
drainage
9%
electrodeposition
36%
energy
6%
erbium
22%
exploitation
13%
fabrication
5%
ferromagnetic materials
11%
ferromagnetism
5%
finite element method
6%
flexibility
15%
geometry
8%
ground state
7%
Hall effect
21%
hysteresis
16%
ion beams
29%
irradiation
12%
Joule heating
6%
Kerr effects
23%
lattice parameters
6%
magnetic domains
29%
magnetic fields
32%
magnetic measurement
14%
magnetic moments
6%
magnetic properties
60%
magnetic storage
22%
magnetization
69%
magnetostatics
17%
matrices
12%
metals
11%
metastable state
29%
microcrystals
14%
microscopy
10%
microstructure
13%
mirrors
16%
muon spin rotation
7%
nanoparticles
5%
nanowires
40%
neutron diffraction
7%
nickel
27%
nucleation
14%
numerical analysis
5%
optimization
20%
phase diagrams
10%
probes
12%
propagation
13%
proximity
5%
pyramids
6%
pyrolytic graphite
9%
retarding
17%
scanning
9%
screening
10%
signatures
7%
silver
12%
simulation
19%
superconducting films
6%
superconductivity
53%
switching circuits
15%
temperature
9%
temperature distribution
9%
templates
7%
thin films
15%
torque
36%
transition temperature
12%
tuning
8%
vortices
55%
waveguides
5%
wire
20%
x ray diffraction
6%
Engineering & Materials Science
Anisotropy
11%
Compensation and Redress
17%
Cones
5%
Diamagnetism
46%
Electrochemical deposition
7%
Electrodeposition
29%
Electron beam lithography
11%
Ferromagnetic materials
6%
Focused ion beams
32%
Graphite
9%
Hall effect
15%
Hysteresis loops
5%
Irradiation
5%
Magnetic anisotropy
7%
Magnetic fields
20%
Magnetic force microscopy
14%
Magnetic moments
8%
Magnetic properties
93%
Magnetization
68%
Multilayers
22%
Nanodots
14%
Nanoparticles
9%
Nanowires
11%
Nickel
42%
Nickel deposits
8%
Nucleation
10%
Optical Kerr effect
16%
Silver
5%
Superconducting materials
30%
Superconductivity
35%
Temperature
9%
Tuning
17%
Vortex flow
6%
Chemical Compounds
Ambient Reaction Temperature
6%
Anisotropy
21%
Diamagnetic
24%
Diamagnetism
34%
Dose
8%
Electro Crystallization
31%
Electrodeposition
19%
Electron Beam
8%
Electrooptical Effect
11%
Ferromagnetic Material
12%
Graphite
11%
Hall Effect
33%
Hysteresis
7%
Ion Beam
25%
Magnetic Anisotropy
9%
Magnetic Field
21%
Magnetic Force Microscopy
12%
Magnetic Moment
11%
Magnetic Property
62%
Magnetization
64%
Multilayer
20%
Nanoparticle
7%
Nanowire
13%
Nucleation
15%
Reduction
5%
Shape
5%
Simulation
14%
Superconductivity
26%
Time
5%