Engineering & Materials Science
Atoms
25%
Band structure
32%
Carrier concentration
13%
Charge distribution
17%
Chemical vapor deposition
53%
Conduction bands
13%
Conjugated polymers
14%
Crystalline materials
17%
Doping (additives)
40%
Electric fields
25%
Electric properties
14%
Electronic properties
89%
Electrons
33%
Energy gap
48%
Epilayers
14%
Excitons
41%
Fermi level
13%
Graphene nanoribbon
13%
Hall mobility
20%
Harmonic generation
35%
Heterojunctions
36%
Imaging techniques
19%
Indium sulfide
18%
Intercalation compounds
52%
Ions
17%
Microscopic examination
14%
Modulation
14%
Molecular beam epitaxy
20%
Monolayers
86%
Nanocrystalline silicon
46%
Optical properties
66%
Oxidation
15%
Photoluminescence
100%
Photons
26%
Plasmas
19%
Polarization
16%
Quantum yield
15%
Radiation
34%
Semiconductor materials
34%
Semiconductor quantum wells
26%
Silicene
16%
Spectroscopy
19%
Substrates
22%
Temperature
22%
Terahertz waves
13%
Transition metals
52%
Valence bands
30%
Chemical Compounds
Band Gap
32%
Biexciton
10%
Blue
17%
Charge Density
8%
Chemical Vapour Deposition
32%
Coalescence
9%
Compound Mobility
18%
Cross Polarization
11%
Decoration
9%
Density of State
17%
Dielectric Function
12%
Dipole
12%
Electric Field
22%
Electrical Property
12%
Electronic Band Structure
19%
Energy
34%
Exciton
22%
Foam
11%
Grain Size
9%
Graphene
26%
Graphite
15%
Guanidinium
10%
Hall Effect
18%
Ion
9%
Liquid Film
24%
Luminiscence Type
14%
Monolayer
39%
Multiphoton Absorption
13%
Multipole
11%
Nanoribbon
9%
Nitrogen
9%
Optical Property
20%
Orbital
18%
Phonon
9%
Photoluminescence
36%
Photoluminescence Spectrum
31%
Pnma
9%
Polarization
9%
Quantum Yield
14%
Rhodamine 6G
9%
Schottky Barrier
11%
Second-Harmonic Generation
23%
Selenide
19%
Semiconductor
26%
Simulation
12%
Third-Harmonic Generation
26%
Transition Element
22%
Physics & Astronomy
alignment
21%
antimony
9%
augmentation
12%
conduction bands
14%
continuous radiation
15%
copper indium selenides
15%
cross polarization
10%
cubane
14%
electric fields
30%
electron gas
10%
electronics
11%
energy
15%
excitation
9%
excitons
19%
graphene
17%
Gunn diodes
14%
halides
9%
Hall effect
10%
harmonic generations
25%
heterojunctions
12%
intercalation
9%
light emitting diodes
13%
luminescence
13%
metalorganic chemical vapor deposition
9%
molecular beam epitaxy
12%
multiphoton absorption
11%
nitrides
13%
nitrogen
29%
optical properties
17%
orbitals
11%
oxide films
15%
photoluminescence
58%
photons
12%
polarity
21%
polarization
9%
pumps
8%
quantum wells
19%
radiation
33%
Raman spectra
13%
rhodamine
9%
room temperature
8%
silicon
26%
silicon films
12%
spacers
8%
spectroscopy
13%
temperature
13%
transition metals
10%
valence
18%
valleys
9%
vapor deposition
15%