Engineering & Materials Science
Magnetization
100%
Spin density waves
98%
Magnetic fields
69%
Relaxation
63%
Ising model
47%
Spin glass
44%
Thermodynamics
40%
Temperature
40%
Magnetoresistance
36%
Liquids
35%
Entropy
35%
Silicides
31%
Glass
30%
Glass transition
26%
Nanowires
25%
Phase diagrams
24%
Galvanomagnetic effects
24%
Quantum Hall effect
23%
Single crystals
23%
Magnetic materials
22%
Microscopes
21%
Organic conductors
21%
Salts
21%
Relaxation time
21%
Dangling bonds
20%
Energy gap
19%
Electrons
19%
Iron
18%
Hot Temperature
18%
Magnetic domains
17%
Dielectric relaxation
17%
Ground state
17%
Freezing
16%
Thermodynamic properties
15%
Crystals
15%
Nanoparticles
15%
Superconducting materials
14%
Nanostructures
13%
Negative ions
13%
Specific heat
13%
Constraint theory
13%
Experiments
13%
Magnetic thin films
12%
Thermal variables measurement
12%
Faraday effect
12%
Thin films
12%
Giant magnetoresistance
12%
Magnetometers
12%
Magnetic field effects
12%
Electric properties
12%
Physics & Astronomy
spin glass
82%
magnetization
82%
entropy
57%
liquids
53%
baths
44%
glass
44%
scaling
36%
magnetic fields
35%
hole burning
34%
temperature
31%
thermodynamics
29%
perchlorates
25%
energy
24%
phase diagrams
23%
iron
23%
Ising model
22%
relaxation time
21%
single crystals
20%
decay
19%
low frequencies
18%
magnetic materials
18%
simulation
18%
magnetic relaxation
18%
conductors
17%
microscopes
17%
freezing
17%
oscillations
16%
interactions
16%
time dependence
16%
silicides
15%
nanoparticles
15%
quantum Hall effect
14%
free energy
14%
spectroscopy
13%
energy conservation
12%
salts
12%
spin exchange
11%
metalloids
11%
specific heat
11%
excitation
11%
exponents
11%
Fermi-Dirac statistics
11%
H lines
11%
nanowires
11%
sensitivity
11%
temperature dependence
10%
copper
10%
degrees of freedom
10%
geometry
10%
spin-lattice relaxation
10%
Chemical Compounds
Magnetization
71%
Spin Density Wave
60%
Electron Spin
52%
Spectral Hole Burning
43%
Magnetic Field
40%
Ising Model
38%
Entropy
35%
Liquid
34%
Percolation
27%
Glass
25%
Thermodynamics
25%
Time
24%
Magnetoresistance
24%
Nanowire
23%
Magnetic Force
22%
Energy
21%
Monte Carlo Method
21%
Heterogeneity
21%
Superconductor
19%
Glass Transition
18%
Conductor
17%
Single Crystalline Solid
17%
Fractional Quantum Hall Effect
17%
Van Der Waals Force
15%
Resistance
15%
Statistical Ensemble
15%
Inductance
14%
Dielectric Relaxation
14%
Energy State
14%
Dielectric Response
14%
Magnetic Phenomena
14%
Molecular Cluster
14%
Phase Diagrams
13%
Dielectric Material
13%
Dangling Bond
13%
Force
12%
Internal Energy
12%
Giant Magnetoresistance
12%
Spectroscopy
12%
Quasiparticle
12%
Electric Field
11%
Ferromagnetic Material
11%
Condensed Matter
11%
Butyronitrile
11%
Magnetic Field Effect
11%
Propene
10%
Simulation
10%
Carbonate
10%
Magnetic Structure
10%
Band Gap
9%