INIS
design
100%
lenses
100%
flies
100%
eyes
100%
antennas
87%
efficiency
37%
losses
37%
beams
37%
increasing
25%
ghz range
25%
architecture
25%
apertures
25%
polarization
12%
power
12%
demand
12%
spectra
12%
range
12%
noise
12%
optimization
12%
layers
12%
implementation
12%
speed
12%
output
12%
exploitation
12%
devices
12%
performance
12%
data
12%
green function
12%
rain
12%
atmospherics
12%
Keyphrases
Sub-THz Frequencies
100%
Fly-eye Lens
100%
Sub-THz Band
66%
Point-to-multipoint
33%
Spectral Green's Functions
33%
Rainfall Losses
33%
Lens Performance
33%
Receiving Equipment
33%
Atmospheric Loss
33%
RF Structure
33%
High-speed Wireless Communications
33%
Passive RF
33%
Directive Antennas
33%
Static Beam
33%
6G Communication
33%
Electronic Efficiency
33%
Fly Eye
33%
Computer Science
Circular Polarization
14%