INIS
antennas
100%
coatings
89%
ferrites
81%
ghz range
69%
dipoles
60%
electromagnetic waves
58%
applications
52%
layers
50%
radiations
49%
losses
48%
absorption
45%
radar
44%
chirality
44%
attenuation
39%
impedance
39%
walls
35%
plasma
35%
barium
34%
signals
31%
quality factor
31%
modeling
24%
energy
24%
visibility
22%
shields
22%
annealing
22%
waveguides
22%
atmospherics
22%
microwave radiation
20%
surfaces
20%
spheres
20%
size
20%
slabs
19%
volume
19%
dielectric properties
18%
data
18%
dielectrics
17%
thickness
16%
design
16%
approximations
15%
values
15%
permittivity
15%
administration
14%
computerized simulation
14%
efficiency
14%
zones
14%
air
14%
multipoles
14%
stored energy
13%
compacts
13%
magnetic properties
13%
Keyphrases
Hexaferrites
55%
Dipole
50%
Antenna
48%
Barium Hexaferrite
37%
Electromagnetic Wave Absorption
36%
BaFe12O19
35%
Chiral Materials
33%
Radome
33%
Radio Propagation
33%
Permittivity
33%
Radiation Q-factor
30%
Atmospheric Plasma Spraying
27%
Quality Factor (Q-factor)
27%
Magnetic Properties
25%
Near-field
25%
Agglomerates
24%
Constitutive Parameters
22%
Ba Hexaferrite
22%
Plaster
22%
Chiral Slab
22%
Material Parameters
22%
Measure Data
22%
Band Application
22%
D-band
22%
Bandwidth Limitation
22%
Radar Visibility
22%
RF Attenuation
22%
Composite Coating
22%
RF Measurement
22%
Attenuation
20%
Electromagnetic Absorber
19%
Plasma Spraying
18%
Fairway
18%
Free Space
17%
Wideband Measurements
16%
Material Sample
16%
Dielectric Constant
16%
Radiation Quality Factor
16%
Radiation Zone
16%
Popular
16%
Field Component
16%
Transverse Field
16%
Millimeter Wave
16%
Annealing
15%
Maritime Administration
14%
Radar Reflector
14%
Crystallization
13%
Crystallinity
13%
Dielectric Properties
13%
Thermal Spraying
13%
Engineering
Antenna
65%
Q Factor
42%
Dielectrics
42%
Radome
33%
Free Space
24%
Material Parameter
22%
Measurement Data
22%
Limitations
22%
Radar Reflector
22%
Stored Energy
22%
Material Sample
22%
Energy Engineering
18%
Radiated Power
16%
Thermal Spraying
16%
Spray Drying
16%
Insulation Layer
14%
Energy Conservation
14%
Energy Efficiency
14%
Antenna Element
11%
Polyaniline
11%
Wall Penetration
11%
Measured Result
11%
Space Method
11%
Reflector Antennas
11%
Polarizability
11%
Signal Modeling
11%
Basestation
11%
Feed Point
11%
Network Analyzer
11%
Spheroidal
11%
Automotive Radar
11%
Dipole Antenna
11%
Simulation Environment
11%
Building Material
11%
Prefabrication
11%
Research Work
11%
Plane Wave
11%
Composite Coating
11%
Inland Waterways
11%
Waterway
11%
Radiation Efficiency
11%
Waveguide
11%
Opening Angle
11%
Residential Building
11%
L-Band
11%
Processing Condition
11%
Monolithic Microwave Integrated Circuits
11%
Directivity
11%
Plasma Spraying
11%
Matrix Method
11%
