Slabs with a gap efficiently guide terahertz waves

Slabs with a gap efficiently guide terahertz waves

Thin metal wires can guide terahertz waves with low loss and low groupvelocity dispersion (see "Simulation matches experiment for wire waveguide," p. 24).1 The effect is the same as the so-called Sommerfeld wave known to occur for microwave radiation propagating on metal wires of finite co...

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Veröffentlicht in:Laser focus world 2006-12, Vol.42 (12), p.17
1. Verfasser: Brinkmann, Uwe
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Optical properties
Optics
Simulation
Wire
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description Thin metal wires can guide terahertz waves with low loss and low groupvelocity dispersion (see "Simulation matches experiment for wire waveguide," p. 24).1 The effect is the same as the so-called Sommerfeld wave known to occur for microwave radiation propagating on metal wires of finite conductivity.2 One disadvantage of Sommerfeld wires is the far-reaching radial extension of the electrical field; on the other hand, with their favorable propagation properties, these wires set a standard for terahertz waveguiding.
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source Elektronische Zeitschriftenbibliothek - Frei zugängliche E-Journals; Business Source Complete; Alma/SFX Local Collection
subjects Optical properties
Optics
Simulation
Wire
title Slabs with a gap efficiently guide terahertz waves
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