Engineering & Materials Science
Thin films
100%
Metal insulator transition
94%
Temperature
94%
Magnetization
81%
Doping (additives)
79%
Perovskite
76%
Single crystals
70%
Oxygen vacancies
65%
Ferromagnetism
64%
Galvanomagnetic effects
61%
Phase separation
60%
Pyrites
56%
Magnetic properties
54%
Epitaxial films
53%
Neutron scattering
53%
Spin polarization
51%
Magnetism
48%
Magnetoresistance
48%
Magnetometry
47%
Magnetization reversal
47%
Anisotropy
46%
Phase transitions
44%
Carrier concentration
42%
Oxides
41%
Ions
40%
Electronic properties
39%
Vacancies
37%
Block copolymers
36%
Electrolytes
35%
Crystals
34%
Spintronics
33%
Magnetic fields
30%
Magnetic separation
29%
Coercive force
28%
Photoconductivity
28%
Annealing
27%
Ground state
27%
Phase diagrams
25%
Giant magnetoresistance
24%
Scattering
24%
Transport properties
23%
Heterojunctions
23%
Hall effect
23%
Band structure
23%
Metals
22%
Substrates
22%
Polarons
22%
Nuclear magnetic resonance
22%
Chemical Compounds
Metal Insulator Transition
86%
Electron Spin
77%
Liquid Film
58%
Magnetization
57%
Antiferromagnetic
53%
Spin State
51%
Ferromagnetism
47%
Single Crystalline Solid
47%
Magnetoresistance
46%
Magnetic Property
45%
Magnetization Reversal
43%
Phase Separation
43%
Pyrite
42%
Anisotropy
39%
Magnetic Field
37%
Magnetism
37%
Oxide
36%
Exchange Anisotropy
35%
Spin Polarization
33%
Magnetometry
33%
Hall Effect
31%
Molecular Cluster
30%
Alloy
29%
Polycrystalline Solid
29%
Small Angle Neutron Scattering
28%
Electronic Property
26%
Dioxygen
25%
Coercivity
25%
Curie Temperature
24%
Cooling
24%
Compound Mobility
23%
Nonconductor
22%
Negative Magnetoresistance
22%
Magnetic Anisotropy
21%
Strain
21%
Annealing
20%
Transport Property
20%
Valence
20%
Asymmetry
19%
Photoconductivity
19%
Block Copolymer
19%
Disorder
18%
Giant Magnetoresistance
18%
Heat
18%
Conductivity
18%
Ambient Reaction Temperature
18%
Magnetic Ordering
17%
Surface
17%
Ion
17%
Voltage
16%
Physics & Astronomy
magnetization
66%
insulators
58%
electronics
50%
perovskites
48%
thin films
40%
single crystals
40%
oxides
40%
anisotropy
38%
temperature
36%
ferromagnetism
36%
metals
33%
ice
33%
oxygen
31%
neutron scattering
30%
electrical resistivity
30%
magnetic properties
29%
pyrites
28%
transition metals
27%
magnetic measurement
26%
electrolytes
25%
coercivity
25%
cooling
24%
probes
24%
disorders
23%
nuclear magnetic resonance
23%
asymmetry
22%
polarization
22%
crossovers
21%
temperature dependence
21%
ions
21%
magnetic fields
20%
Hall effect
18%
crystals
18%
inhomogeneity
18%
specific heat
18%
valence
17%
Permalloys (trademark)
17%
hysteresis
16%
conduction
16%
characterization
16%
photoconductivity
15%
sulfidation
15%
spin dynamics
15%
conductivity
15%
gels
15%
phase diagrams
15%
room temperature
15%
transistors
14%
moments
13%
ground state
13%