Luneburg Antenna: Difference between revisions

Latest revision as of 16:29, 17 September 2015

Luneburg lens is a new generation of antennas that has been developed since first being proposed in 1944. In the last few years it has developed applications in Microwaves, Communications and Telescopes area.

The Luneburg lens is a spherical lens generally having a gradient of decreasing refractive index radially out from its center. The focusing properties of the Luneburg lens can be achieved through an infinite number of refractive-index solutions.

Applications

SKA. Proposals utilising multiple arrays with ultra-broadband capability and wide viewing in the microwave radio spectrum are proposed.

Arecibo. A Luneburg antenna lens configured as a Retroreflector (developed by the CSIRO) is configured a subreflector feedpoint as a replacement for the 430Mhz line feed at Arecibo.

Reference

[1] Rudolf K. Luneburg, Mathematical Theory of Optics. Providence, RI :Brown Unit, Press, Providence, RI, 1944, pp.189-213.

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-== The Luneburg Antenna  ==
+[[Image:Luneburg Lens1.jpg|right]]
-<p>Luneberg lens is a new generation of antennas that has been&nbsp;developed since first being proposed in 1944. In the last few years ithas developed applications&nbsp;in Microwaves, Communications and Telescopes area.&nbsp; [[Image:Luneburg_Lens1.jpg|right]]</p>
+Luneburg lens is a new generation of antennas that has been&nbsp;developed since first being proposed in 1944. In the last few years it has developed applications&nbsp;in Microwaves, Communications and Telescopes area.&nbsp;
-<p>The Luneburg lens is a spherical lens&nbsp;generally having a gradient of decreasing refractive index&nbsp;radially out from its center. The focusing properties of the Luneburg lens can be achieved through an infinite number of refractive-index solutions. </p>
+The Luneburg lens is a spherical lens&nbsp;generally having a gradient of decreasing refractive index&nbsp;radially out from its center. The focusing properties of the Luneburg lens can be achieved through an infinite number of refractive-index solutions.
-<p></p>
+== Applications  ==
-<p></p>
+'''SKA'''. Proposals utilising multiple arrays with ultra-broadband capability and wide viewing in&nbsp;the microwave radio spectrum are proposed.&nbsp;
-== Applications ==
+'''Arecibo.''' A Luneburg antenna lens configured as a&nbsp;Retroreflector (developed by the CSIRO) is configured a subreflector feedpoint as a replacement for the 430Mhz line feed at Arecibo.
-<p>'''SKA'''. Proposals utilising multiple arrays with ultra-broadband capability and wide viewing in&nbsp;the microwave radio spectrum are proposed.&nbsp;</p>
+== Reference  ==
-<p>'''Arecibo.''' A Luneburg antenna lens configured as a&nbsp;Retroreflector (developed by the CSIRO) is configured a subreflector feedpoint as a replacement for the 430Mhz line feed at Arecibo.</p>
+[1] Rudolf K. Luneburg, Mathematical Theory of Optics. Providence, RI&nbsp;:Brown Unit, Press, Providence, RI, 1944, pp.189-213.
-<p></p>
+[[Category:Fields,_waves_&_electromagnetics]]
+[[Category:Antennas]]
-<p></p><br />[[Media:Luneburg Lens1.jpg|Luneburg Lens1.jpg]]
+[[Category:Microwave_technology]]