INIS
thin films
97%
zinc oxides
77%
films
73%
doped materials
56%
quantum wells
47%
concentration
46%
nonlinear problems
39%
energy
38%
applications
38%
nanostructures
34%
lasers
32%
power
29%
optical properties
29%
aluminium nitrides
27%
sputtering
26%
supercapacitors
26%
relaxation
25%
surfaces
24%
levels
23%
growth
23%
irradiation
23%
investigations
22%
tunneling
21%
ferrite
20%
electrodes
20%
performance
20%
deposition
20%
epitaxy
19%
layers
19%
ferrites
19%
electrons
19%
absorption
18%
gallium arsenides
18%
substrates
17%
scanning electron microscopy
17%
titanium oxides
17%
membranes
17%
bismuth
16%
x-ray diffraction
16%
impedance
16%
size
16%
kinetics
15%
magnetic fields
15%
magnetrons
15%
gases
15%
water
15%
polymers
15%
devices
15%
sapphire
15%
transport
15%
Material Science
Thin Films
100%
Film
70%
ZnO
69%
X-Ray Diffraction
31%
Optical Property
30%
Aluminum Nitride
27%
Nanocrystalline Material
26%
Supercapacitors
22%
Titanium Dioxide
17%
Quantum Well
17%
Carbon Nanotubes
17%
Thermoelectrics
15%
Sapphire
15%
Crystallite Size
15%
Zinc Oxide
14%
Dielectric Material
14%
Pulsed Laser Deposition
14%
Photoluminescence
13%
Magnetron Sputtering
13%
Scanning Electron Microscopy
13%
Structural Property
13%
Molecular Beam Epitaxy
13%
Nanoparticle
13%
Aluminum
13%
Dielectric Spectroscopy
13%
Capacitance
12%
Nanorods
12%
Nanocomposites
11%
Density
11%
Permittivity
11%
Bismuth
11%
Electrical Resistivity
10%
Piezoelectricity
10%
Solar Cell
10%
Energy Density
10%
Magnetic Property
10%
Indium
10%
Bismuth Ferrite
10%
Microelectromechanical System
9%
Lattice Constant
9%
Oxygen Vacancy
9%
Grain Boundary
9%
Energy-Dispersive X-Ray Spectroscopy
9%
Powder
9%
Annealing
8%
Gallium Arsenide
8%
Carbon Monoxide
8%
Nanocomposite
8%
Nanofiltration Membrane
8%
Dielectric Property
8%
Engineering
Thin Films
63%
Quantum Well
43%
Energy Engineering
23%
Resonant Tunneling
17%
Continuous Wave
16%
Structural Property
15%
Nonlinear Absorption
15%
Deposited Film
14%
Nonlinearity
14%
Aluminium Gallium Arsenide
14%
Gallium Arsenide
14%
Magnetic Field
14%
Room Temperature
13%
Glass Substrate
13%
Magnetron
12%
Optical Phonon
12%
Atomic Force Microscopy
11%
Beam Irradiation
10%
Nanoparticles
10%
Crystallite Size
10%
Energy Gap
10%
Ray Diffraction
10%
Electric Field
10%
Oxygen Vacancy
9%
Optical Power
9%
Photocurrent
8%
Solar Cell
8%
Oxide Film
8%
Sensor Response
8%
Nitride
8%
Nanorods
7%
Nonlinear Refractive Index
6%
Growth Temperature
6%
Fourier Transform
6%
Sapphire Substrate
6%
Pulsed Laser
6%
Sol-Gel Process
6%
Polysulfone
6%
Thermal Behavior
6%
Rich Condition
5%
Radio Frequency
5%
Preferred Orientation
5%
Refractive Index Change
5%
Ray Photoelectron Spectroscopy
5%
Laser Beam
5%
Electron Energy
5%
Grain Boundary
5%
Poisson Ratio
5%
Absorption Coefficient
5%
Nonlinear Behavior
5%
