An improved analysis procedure for planar waveguide slot arrays has been devised and assessed. It takes into account the main interferences between radiating and coupling slots, and between coupling slots and T-junctions, and waveguide bends used in the array feeding network. All these effects have been modeled using in-house MoM codes, and Elliotts slot array model has been extended to include them. The results of this improved procedure have been compared with experimental data showing a very good agreemen
The Elliott's procedure for the design of a pencil beam waveguide longitudinal slot array has been g...
We propose an effective and accurate analysis technique based on the method of moments (MoM) for the...
The Elliott's procedure for the design of a waveguide longitudinal slot array has been extended to t...
An improved analysis procedure for planar waveguide slot arrays has been devised to evaluate the ef...
Existing design equations do not include higher order coupling effects between inclined coupling slo...
In a waveguide slot array, it is sometimes required to introduce bent short-circuit terminations in ...
Planar waveguide slot arrays (WSAs) have been used since 1940 and are currently used as performing ...
An existing analysis technique, applicable only to linear waveguide slot arrays, has been extended t...
Existing design techniques for waveguide slot arrays have certain limitations. This doctoral thesis ...
A strategy for the full-wave analysis of slotted waveguide planar arrays is presented and demonstrat...
This paper investigate the near-field interaction between the coupling slot and the radiating ones i...
Planar slot arrays can be fed via a main feed line with resonant centred-inclined coupling slots in ...
Summary form only given. Geometric simplicity, efficiency and polarization purity make slot antenna ...
Slotted waveguide antenna arrays are used extensively in many applications because of their high pow...
Slotted waveguide antennas are being widely used in military and commercial applications for many de...
The Elliott's procedure for the design of a pencil beam waveguide longitudinal slot array has been g...
We propose an effective and accurate analysis technique based on the method of moments (MoM) for the...
The Elliott's procedure for the design of a waveguide longitudinal slot array has been extended to t...
An improved analysis procedure for planar waveguide slot arrays has been devised to evaluate the ef...
Existing design equations do not include higher order coupling effects between inclined coupling slo...
In a waveguide slot array, it is sometimes required to introduce bent short-circuit terminations in ...
Planar waveguide slot arrays (WSAs) have been used since 1940 and are currently used as performing ...
An existing analysis technique, applicable only to linear waveguide slot arrays, has been extended t...
Existing design techniques for waveguide slot arrays have certain limitations. This doctoral thesis ...
A strategy for the full-wave analysis of slotted waveguide planar arrays is presented and demonstrat...
This paper investigate the near-field interaction between the coupling slot and the radiating ones i...
Planar slot arrays can be fed via a main feed line with resonant centred-inclined coupling slots in ...
Summary form only given. Geometric simplicity, efficiency and polarization purity make slot antenna ...
Slotted waveguide antenna arrays are used extensively in many applications because of their high pow...
Slotted waveguide antennas are being widely used in military and commercial applications for many de...
The Elliott's procedure for the design of a pencil beam waveguide longitudinal slot array has been g...
We propose an effective and accurate analysis technique based on the method of moments (MoM) for the...
The Elliott's procedure for the design of a waveguide longitudinal slot array has been extended to t...