Engineering & Materials Science
Debye temperature
100%
Rietveld analysis
96%
Solid state reactions
79%
Isomers
76%
Iron
61%
Europium
60%
Spectroscopy
57%
Magnetic susceptibility
54%
Superconductivity
52%
X ray diffraction
50%
Crystallites
48%
Band structure
47%
Magnetic properties
41%
Hysteresis loops
41%
Domes
40%
Ferrimagnetism
39%
Doping (additives)
37%
Superconducting transition temperature
37%
Spin polarization
35%
Anisotropy
35%
Electron scattering
31%
Geometry
31%
Fermi level
29%
Magnetoresistance
27%
Chalcogenides
26%
Spintronics
26%
Density functional theory
25%
Metals
21%
Doppler effect
20%
Magnets
17%
Physical properties
15%
Temperature
13%
Chemical analysis
11%
Chemical Compounds
Superconductivity
79%
Debye Temperature
75%
Electronic Band Structure Model
54%
Rietveld Refinement
50%
Solid State Reaction
45%
Ferrimagnetic
43%
Diamagnetic
35%
Compound Isomer
35%
Spectroscopy
32%
Anisotropy
32%
Polycrystalline Solid
30%
Hall Effect Coefficient
28%
Crystallite
28%
Magnetic Property
27%
X-Ray Diffraction
25%
Magnetoresistance
23%
Spin Polarization
22%
Spintronics
22%
Fermi Level
19%
Magnetic Susceptibility Measurement
18%
Hysteresis
16%
Resistance
10%
Density Functional Theory
10%
Reduction
7%
Surface
5%
Application
5%
Physics & Astronomy
crystallites
29%
superconductivity
28%
ferrimagnetism
24%
magnetic properties
23%
Hall resistance
23%
anisotropy
21%
electronics
17%
metals
17%
metallicity
16%
Hall effect
15%
electron scattering
15%
routes
14%
signatures
13%
physical properties
13%
density functional theory
13%
iron
12%
parabolas
11%
electrical resistivity
10%
shift
10%
europium
10%
domes
10%
polarization
9%
chalcogenides
8%
isomers
8%
indication
7%
magnets
6%
transition temperature
6%
specific heat
6%
hysteresis
6%
solid state
6%
absorption spectra
6%
magnetic permeability
6%
synthesis
6%
moments
6%
temperature
5%
