Add to ORKGWe present terahertz performance of integrated lens antennas consisting of a complementary log-spiral planar feed and a synthesized elliptical lens. The radiation pattern and the impedance of the planar feed are computed using the method of moments; the action of the lens is evaluated using the physical-optics approach based on the Huygens principle. In the frequency range from 0.6 to 5 THz measured antenna efficiency and radiation pattern correspond fairly well with the results of simulations approving this simulation technique as a reliable tool for the antenna design
A hybrid antenna is used to design a mixer in the heterodyne receiver for THz range application to ...
A hybrid antenna is used to design a mixer in the heterodyne receiver for THz range application to ...
Abstract Implementation of proper wireless links at submillimetre-wave and terahertz (THz) frequenc...
We present the terahertz performance of integrated lens antennas consisting of a double-slot or a lo...
Abstract — We present the terahertz performance of integrated lens antennas consisting of a double-s...
We present the terahertz performance of integrated lens antennas consisting of a double-slot planar ...
The use of the millimeter-wave and terahertz (THz) systems are becoming very important in various sc...
Radiation coupling efficiency and directive properties of integrated lens antennas with log-spiral, ...
In this paper, the performance of logarithmic spiral antennas as feeds of dense dielectric lens are ...
In this paper, the performance of logarithmic spiral antennas as feeds of dense dielectric lens are ...
An investigation of the antenna pattern of a quasi-optical hot-electron bolometric mixer at terahert...
We present terahertz performance of quasioptical front-ends consisting of a hotelectron bolometer im...
We present terahertz performance of quasioptical front-ends consisting of a hot-electron bolometer i...
In future wireless communication networks at terahertz frequencies, the directivity and the beam pro...
A silicon lens antenna suited for future integrated terahertz arrays has been proposed recently. The...
A hybrid antenna is used to design a mixer in the heterodyne receiver for THz range application to ...
A hybrid antenna is used to design a mixer in the heterodyne receiver for THz range application to ...
Abstract Implementation of proper wireless links at submillimetre-wave and terahertz (THz) frequenc...
We present the terahertz performance of integrated lens antennas consisting of a double-slot or a lo...
Abstract — We present the terahertz performance of integrated lens antennas consisting of a double-s...
We present the terahertz performance of integrated lens antennas consisting of a double-slot planar ...
The use of the millimeter-wave and terahertz (THz) systems are becoming very important in various sc...
Radiation coupling efficiency and directive properties of integrated lens antennas with log-spiral, ...
In this paper, the performance of logarithmic spiral antennas as feeds of dense dielectric lens are ...
In this paper, the performance of logarithmic spiral antennas as feeds of dense dielectric lens are ...
An investigation of the antenna pattern of a quasi-optical hot-electron bolometric mixer at terahert...
We present terahertz performance of quasioptical front-ends consisting of a hotelectron bolometer im...
We present terahertz performance of quasioptical front-ends consisting of a hot-electron bolometer i...
In future wireless communication networks at terahertz frequencies, the directivity and the beam pro...
A silicon lens antenna suited for future integrated terahertz arrays has been proposed recently. The...
A hybrid antenna is used to design a mixer in the heterodyne receiver for THz range application to ...
A hybrid antenna is used to design a mixer in the heterodyne receiver for THz range application to ...
Abstract Implementation of proper wireless links at submillimetre-wave and terahertz (THz) frequenc...