Matches in DBpedia 2014 for { <http://dbpedia.org/resource/Pound–Drever–Hall_technique> ?p ?o. }
Showing items 1 to 15 of
15
with 100 items per page.
- Pound–Drever–Hall_technique abstract "The Pound–Drever–Hall (PDH) technique is a widely used and powerful approach for stabilizing the frequency of light emitted by a laser, and along with very closely related techniques such as frequency-modulation spectroscopy, has a broad range of applications including interferometric gravitational wave detectors, atomic physics, and time measurement standards. A wide range of conditions contribute to determine the linewidth produced by a laser. Provided an optical cavity that is more stable than the laser source, the PDH technique provides a means to control and decrease the laser's linewidth. Alternatively, if a stable laser is available, the PDH technique can be used to stabilize and/or measure the instabilities in an optical cavity length. The PDH technique responds to the frequency of laser emission independently of intensity, which is significant because many methods that control laser frequency also affect intensity. Named after R. V. Pound, Ronald Drever, and John L. Hall, the technique was described in 1983 by Drever, Hall and others working at the University of Glasgow and the U. S. National Bureau of Standards. This optical technique has many similarities to an older frequency-modulation technique developed by Pound for microwave cavities.".
- Pound–Drever–Hall_technique thumbnail PDHBasicLayout.png?width=300.
- Pound–Drever–Hall_technique wikiPageID "20496245".
- Pound–Drever–Hall_technique wikiPageRevisionID "603397580".
- Pound–Drever–Hall_technique subject Category:Optical_devices.
- Pound–Drever–Hall_technique subject Category:Synchronization.
- Pound–Drever–Hall_technique comment "The Pound–Drever–Hall (PDH) technique is a widely used and powerful approach for stabilizing the frequency of light emitted by a laser, and along with very closely related techniques such as frequency-modulation spectroscopy, has a broad range of applications including interferometric gravitational wave detectors, atomic physics, and time measurement standards. A wide range of conditions contribute to determine the linewidth produced by a laser.".
- Pound–Drever–Hall_technique label "Pound-Drever-Hall-Verfahren".
- Pound–Drever–Hall_technique label "Pound–Drever–Hall technique".
- Pound–Drever–Hall_technique sameAs Pound%E2%80%93Drever%E2%80%93Hall_technique.
- Pound–Drever–Hall_technique sameAs Pound-Drever-Hall-Verfahren.
- Pound–Drever–Hall_technique sameAs Q1671136.
- Pound–Drever–Hall_technique sameAs Q1671136.
- Pound–Drever–Hall_technique wasDerivedFrom Pound–Drever–Hall_technique?oldid=603397580.
- Pound–Drever–Hall_technique depiction PDHBasicLayout.png.
