Exceptionally directional sources with photonic-bandgap crystals
JOSA B, 2001•opg.optica.org
Three-dimensional photonic-bandgap crystals are used to design and fabricate uniquely
directional sources and receivers. By utilizing the resonances of a Fabry–Perot cavity formed
with photonic-bandgap crystals, we were able to create exceptionally directional sources by
placing the sources within such a cavity. Very good agreement between finite-difference
time-domain calculations and the experiment is obtained. Radiation patterns with half-power
beam widths of less than 12 degrees were obtained.
directional sources and receivers. By utilizing the resonances of a Fabry–Perot cavity formed
with photonic-bandgap crystals, we were able to create exceptionally directional sources by
placing the sources within such a cavity. Very good agreement between finite-difference
time-domain calculations and the experiment is obtained. Radiation patterns with half-power
beam widths of less than 12 degrees were obtained.
Three-dimensional photonic-bandgap crystals are used to design and fabricate uniquely directional sources and receivers. By utilizing the resonances of a Fabry–Perot cavity formed with photonic-bandgap crystals, we were able to create exceptionally directional sources by placing the sources within such a cavity. Very good agreement between finite-difference time-domain calculations and the experiment is obtained. Radiation patterns with half-power beam widths of less than 12 degrees were obtained.
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