Add to ORKGFlexible dielectric waveguides have been demonstrated at 10 GHz and 94 GHz by filling hollow, low-dielectric-constant polymer tubes with low-loss, high-dielectric-constant powders. Flexible guides with losses as low as 0.12 dB/cm were demonstrated at 94 GHz. These guides also exhibited negligible bending loss for radii of curvature greater than 4 cm
In this thesis, active and passive dielectric rod waveguide (DRW) components have been studied and d...
A method for computing the modes of dielectric guiding structures based on finite differences is des...
The packaging technology for transitions to dielectric waveguides in the frequency range above 100 G...
Flexible dielectric waveguides have been demonstrated at 10 GHz and 94 GHz using thin-wall polymer t...
Flexible dielectric waveguides have been demonstrated at 10 GHz and 94 GHz by filling hollow, low di...
A powder-filled rectangular groove in the surface of a plastic substrate has been demonstrated as a ...
Ring resonators fabricated by filling a rectangular cross-section groove in a polypropylene substrat...
In the terahertz band, the availability of dielectric materials for fabrication of long waveguides i...
In this letter we show the viability of using concentric cylindrically-periodic (CP) dielectrics to ...
n this contribution we have presented a new metallo-dielectric EBG waveguide. The initial concept is...
A recent discovery shows that a high-dielectric constant, low-loss, solid material can be made into ...
We propose a new method for the precise measurement of dielectric permittivity of ceramics and polym...
Miniaturization of terahertz systems is necessary for a broad-scale application of Terahertz technol...
This thesis studies the propagation characteristics of coupled dielectric waveguides and th...
In this thesis, active and passive dielectric rod waveguide (DRW) components have been studied and d...
In this thesis, active and passive dielectric rod waveguide (DRW) components have been studied and d...
A method for computing the modes of dielectric guiding structures based on finite differences is des...
The packaging technology for transitions to dielectric waveguides in the frequency range above 100 G...
Flexible dielectric waveguides have been demonstrated at 10 GHz and 94 GHz using thin-wall polymer t...
Flexible dielectric waveguides have been demonstrated at 10 GHz and 94 GHz by filling hollow, low di...
A powder-filled rectangular groove in the surface of a plastic substrate has been demonstrated as a ...
Ring resonators fabricated by filling a rectangular cross-section groove in a polypropylene substrat...
In the terahertz band, the availability of dielectric materials for fabrication of long waveguides i...
In this letter we show the viability of using concentric cylindrically-periodic (CP) dielectrics to ...
n this contribution we have presented a new metallo-dielectric EBG waveguide. The initial concept is...
A recent discovery shows that a high-dielectric constant, low-loss, solid material can be made into ...
We propose a new method for the precise measurement of dielectric permittivity of ceramics and polym...
Miniaturization of terahertz systems is necessary for a broad-scale application of Terahertz technol...
This thesis studies the propagation characteristics of coupled dielectric waveguides and th...
In this thesis, active and passive dielectric rod waveguide (DRW) components have been studied and d...
In this thesis, active and passive dielectric rod waveguide (DRW) components have been studied and d...
A method for computing the modes of dielectric guiding structures based on finite differences is des...
The packaging technology for transitions to dielectric waveguides in the frequency range above 100 G...