FPR

(redirected from Fabry-Perot Resonator)
AcronymDefinition
FPRFinal Progress Report
FPRFixed-Point Representation
FPRFord Performance Racing
FPRFront Patriotique Rwandais (Rwanda Patriotic Front)
FPRFuel Pressure Regulator (automotive)
FPRFalse Positive Rate
FPRFuel Pressure Regulator
FPRFingerprint Reader
FPRFree Page Rank
FPRFloating Point Register
FPRForerunner Pharma Research (Japan)
FPRFinancial Performance Report
FPRFrance Plastiques Recyclage (French: France Plastics Recycling)
FPRFloating-Point Register (CPU architecture)
FPRFilter Performance Rating (air filters)
FPRFour-Port Reflectometer
FPRForeign Postdoctoral Researcher
FPRFirst Person Responsible (various organizations)
FPRFirst Public Relations (various locations)
FPRFlexi Packet Radio
FPRFlight Performance Reserve (US NASA)
FPRFrags per Round (gaming)
FPRFinal Proposal Revision(s)
FPRFichier des Personnes Recherchées (French: Wanted Persons File)
FPRFingerprint Recognition
FPRFederal Procurement Regulation
FPRFirst Pass Rate (medical billing)
FPRFalse Priority Report
FPRFlorida Poodle Rescue
FPRFree Product Recovery (remediation of sites contaminated with fuel oil)
FPRFast Packet Relay
FPRFlight Program (Seneca College, Canada)
FPRFoundation for Paranormal Research
FPRForward Pricing Rate
FPRFlight Plan Route
FPRFabry-Perot Resonator
FPRFaith Promoting Rumor
FPRFocal Point Review
FPRFuel Processing Restoration
FPRFirst Production Run
FPRFamily Procedure Rules (formerly Family Proceedings Rules; UK)
FPRFlight Profile Recorder
FPRFoliage Penetration Radar
FPRFlood Prone River
FPRForce Program Review
FPRFinal Project Review
FPRFederally Prescribed Reserve
FPRForest Practice Rule
FPRFood Processing Residuals
FPRFinal Program Requirements
FPRFeet Per Revolution
FPRFixed Price Reoffer
FPRFixed-Price With Redetermination
FPRFinal Production Run
FPRFamily Parent Rider (insurance)
FPRFailed Part Required
FPRFailed Part Report
FPRFree Person's Roundtable (website)
FPRField Performance Report (oil industry)
FPRFunctional Performance Requirement(s)
References in periodicals archive ?
The exponential fit shows a decay distance 5 = 11 nm in agreement with the value deduced from the Fabry-Perot resonator model ([m = 1,[delta] = 12 nm], see above).
As expected, the LDOS maps are symmetric and characterizes the supported modes, with a number m of node in agreement with the Fabry-Perot resonator description [43].
The Fabry-Perot resonator of the temperature sensor has dimensions 2 x 2 mm and consists of multiple thin layers with alternating high and low refraction indices.
Chang, "Tunable multilayer Fabry-Perot resonator using electro-optical defect layer," Journal of Electromagnetic Waves and Applications, Vol.
The discussed Fabry-Perot resonator concept was originally used in the earliest days of the maser and is still commonly used in gas laser systems.
The Fabry-Perot resonator is reminiscent of a conventional microwave resonator with the walls removed.
The use of gap maps has been demonstrated in our previous work on the design and fabrication of composite [18] and multicomponent [19] photonic structures as well as in Fabry-Perot resonators [20].
Finally, we note that the demonstrated electrotunable model of Fabry-Perot resonator can be applied to the realization of any one-dimensional photonic micro- and nano-devices such as tunable bandpass filters [29,30], photonic crystal mirrors [31,32], polarizers [33], polarizing beam splitters [34,35], channel-drop filters [36] and multichanneled filters [37] for application in the wide electro-magnetic spectral range.
This existing defect mode leads to a high transmittance in the frequency (or wavelength) domain, which can be used to design a narrowband transmission filter (NBTF) or simply a multilayer Fabry-Perot resonator (FPR).
this overlapping can be achieved by using ebg materials or fabry-perot resonators placed in front of the feeding array; other configurations recently proposed may be considered as well.
The resonator slow-wave structure can be implemented using Fabry-Perot resonators [10,11], coupled ring resonators [12-20], or coupled defect mode resonators in photonic crystals [21].
Quasi-optical combiners using Fabry-Perot resonators and spatial power combiners have the potential of combining many solid-state devices at mm-wave frequencies.