Waveguides in a sentence

Acoustic waveguides have no cutoff frequency, which is in sharp contrast to electromagnetic waveguides.

Slab waveguides confine energy to travel only in one dimension, fiber or channel waveguides for two dimensions.

These gratings serve as waveguides and direct light from the fiber to the meta-optics chip which shapes and outputs light to free space, parallel to the input light.

It's one of the best portable PA systems around thanks to its easy setup, remote control capability, and impressive waveguides to ensure everyone in the room can hear.

Acoustic waveguides main An acoustic waveguide is a physical structure for guiding sound waves.

Although surface currents do flow on the inner walls of the waveguides, those surface currents do not carry power.

As these narrow waveguides (~1-3 µm core diameter) are combined with ultrashort pulses at the zero-dispersion wavelength pulses are not instantly destroyed by dispersion.

Extremely clear glass, used for fiber-optic waveguides in communication networks.

For microwave frequencies greater than 5 GHz, the losses (due mainly to the electrical resistance of the central conductor) become too large, making waveguides a more efficient medium for transmitting energy.

High-order harmonic generation has been observed in noble gas jets, cells, and gas-filled capillary waveguides.

Initially Kao worked in the team of Antoni E. Karbowiak (Toni Karbowiak), who was working under Alec Reeves to study optical waveguides for communications.

Other devices employed in microphotonics include micromirrors and photonic wire waveguides.

Other uses of waveguides are in transmitting power between the components of a system such as radio, radar or optical devices.

Radar An air traffic control radar using pipes as waveguides main Radar uses microwave radiation to detect the range, speed, and other characteristics of remote objects.

Some naturally occurring structures can also act as waveguides.

Some sources define waveguides as a type of transmission line; however, this article will not include them.

There are different types of waveguides for each type of wave.

The weak guiding will cause more of the Electrical field to "leak" and travel through the cladding(as evanescent waves) as compared to the strongly guided waveguides.

Uses Waveguide supplying power for the Argonne National Laboratory Advanced Photon Source The uses of waveguides for transmitting signals were known even before the term was coined.

Waveguides are used for transferring both power and communication signals.