Index
- a
- Alternating projection method (APM)
- Amplifying reflectarrays
- Analysis technique
- Aperture‐coupled
- Aperture efficiency
- Array lens
- b
- Bandwidth
- improvement
- limitation
- Beam scanning
- Beam‐width (or beamwidth)
- Bifocal
- Broadband
- Broadband techniques
- c
- Cassegrain
- Center‐fed
- Circular polarization
- Compact size
- Contoured‐beam
- Coordinate system
- Corrugated
- Coverage requirements
- Crossed dipoles
- Cross‐polarization
- Curved reflectarrays
- d
- Deep‐space
- Delay lines
- Deployable
- Design curve
- Differential spatial phase delay
- Diffraction
- Diode
- Direct broadcast satellite
- Directivity
- Dual‐band
- Dual‐gridded reflector
- Dual‐linear
- Dual‐reflector
- e
- Efficiency
- Electrical size
- Element selection
- Element spacing
- Elliptical reflectarrays
- Etching
- f
- Faceted
- Far‐field radiation pattern
- Fast Fourier transform
- Feed coordinate system
- Feed horn
- Feed model
- Ferrite
- Ferroelectric
- Floquet
- Folded
- Fourier transform
- Frequency band
- Frequency scanned
- Frequency selective surface
- Fresnel
- Full‐wave
- g
- Gain
- Genetic algorithm (GA)
- Grating lobe
- Green’s functions
- Gregorian
- Ground plane
- h
- High‐frequency
- High‐gain
- Horizontal (H‐) polarization
- Horn antenna
- i
- Illumination efficiency
- Impedance
- Incident field
- Infinite array approach
- Inflatable
- Infrared
- Intersection
- Inverse discrete Fourier transform (IDFT)
- k
- Ka‐band
- Ku‐band
- l
- Linear polarization
- Losses
- Low‐frequency
- Low‐loss
- Ludwig
- m
- Mask
- Membrane
- Metal semiconductor FET (MESFET)
- Metamaterial
- Metasurface
- Micro‐electromechanical
- Micro‐electromechanical ...
Get Reflectarray Antennas now with the O’Reilly learning platform.
O’Reilly members experience books, live events, courses curated by job role, and more from O’Reilly and nearly 200 top publishers.
