Engineering & Materials Science
Monolayers
100%
Transition metals
65%
Energy gap
35%
Excitons
32%
Electronic properties
31%
Heterojunctions
27%
Graphene
25%
Spin polarization
22%
Optical pumping
21%
Spectroscopy
18%
Tungsten
13%
Binding energy
12%
Imaging techniques
12%
Doping (additives)
11%
Epitaxial growth
11%
Lithography
11%
Cryogenics
11%
Scanning tunneling microscopy
11%
Lattice mismatch
9%
Photoluminescence
8%
Metals
8%
Metallorganic chemical vapor deposition
8%
Tuning
8%
Contact resistance
8%
Quantum confinement
8%
Diffraction patterns
8%
Substrates
7%
Electron beams
6%
Optical properties
6%
Multiple scattering
6%
Semiconductor materials
6%
Strain relaxation
5%
Electrostatics
5%
Detectors
5%
Wave functions
5%
Electric Conductivity
5%
Physics
5%
Electrodes
5%
Chemical Compounds
Monolayer
59%
Transition Element
41%
Biexciton
38%
Band Gap
22%
Electronic Property
21%
Exciton
19%
Optical Pumping
17%
Graphene
15%
Strain
14%
Epitaxial Growth
12%
Scanning Tunneling Microscopy
12%
Cryogenics
11%
Electron Beam
10%
Binding Energy
10%
Electrical Conductivity
10%
Gate Potential
9%
Doping Material
9%
Contact Resistance
8%
Electron Spin
8%
Diselenide
8%
Polarity
8%
Polarization
7%
Semiconductor
7%
Spectroscopy
6%
Silicon Oxide
6%
Tungsten
6%
Deposition Technique
5%
Grain Boundary
5%
Tungsten Disulfide
5%
Phase Space
5%
Physics & Astronomy
transition metals
43%
electronics
19%
graphene
17%
semiconducting films
15%
wafers
14%
excitons
13%
homogeneity
13%
optical pumping
12%
heterojunctions
11%
replicas
11%
electric contacts
10%
valleys
10%
epitaxy
10%
spectroscopy
10%
cryogenics
9%
polarity
9%
electrostatics
9%
lithography
8%
tungsten
8%
ripples
8%
metalorganic chemical vapor deposition
8%
tuning
8%
atoms
7%
binding energy
7%
contact resistance
7%
phonons
7%
scanning tunneling microscopy
7%
oxides
6%
electron beams
6%
electrical resistivity
6%
inversions
5%
polarization
5%
scattering
5%
metals
5%
disulfides
5%
diffraction patterns
5%
