FPC

(redirected from Fabry-Perot Cavity)
AcronymDefinition
FPCFederal Prison Camp
FPCFirst Presbyterian Church
FPCFundamental Payroll Certification
FPCFormation Professionnelle Continue (French: Continuing Professional Development)
FPCFinancial Policy Committee (UK)
FPCFlexible Printed Circuit
FPCFree Pascal Compiler
FPCForeign Press Center (US State Department)
FPCFederal Power Commission
FPCFirst Pentecostal Church (various locations)
FPCFairmont President's Club (hotels; various locations)
FPCFlat Panel Computer
FPCFingerprint Card (US DoD/US NSA)
FPCFloating Point Co-Processor
FPCFine Pitch Connector
FPCFuture Performance Concept
FPCFujitsu Pc
FPCFox Pro Catalog
FPCFloating Point Calculation
FPCFirst Point of Contact
FPCFilm Production Company
FPCFortune Personnel Consultants
FPCFamily Planning Clinic (various locations)
FPCFabry-Perot Cavity (antennas)
FPCForest Products Corporation (Pineland, TX)
FPCFire and Police Commission (National Association for Civilian Oversight of Law Enforcement)
FPCForest Practices Code
FPCFranklin Pierce College (New Hampshire)
FPCFree Product Coupon (various companies)
FPCFactory Production Control (Evaluation of Conformity; EU)
FPCFederal Preparedness Circular
FPCFinancial Planning Certificate
FPCFront Page Curator
FPCFood Processing Center (University of Nebraska-Lincoln)
FPCFedora Packaging Committee
FPCFish Protein Concentrate
FPCFixed-Price Contract
FPCFinal Planning Conference
FPCFixed Point Chart (TV broadcasting schedule)
FPCFoster Parent College (Eugene, OR)
FPCFreyssinet Products Company (France)
FPCFinancial Planning Committee (various locations)
FPCFormation Professionnelle Conventionnelle (French: Conventional Vocational Training)
FPCFree Pascal Community (website)
FPCFlexible PIC Concentrator (Juniper Networks, Inc.)
FPCFrance pour Christ (French: France for Christ)
FPCFluids Pressure Control
FPCForward Power Controller
FPCFairmount Park Commission (Philadelphia, PA)
FPCFloating Point Coprocessor
FPCFormes Poétiques Contemporaines (French: Contemporary Poetic Forms)
FPCFamily Pride Coalition (formerly Gay and Lesbian Parents Coalition International)
FPCFirst Party Cookie (computing)
FPCFederal Privacy Commissioner (various locations)
FPCFlorida Photonics Cluster (trade association)
FPCFindlay Publishing Company (Findlay, OH)
FPCFist Pump, Pushup, Chapstick
FPCField Press Censorship (US DoD)
FPCFoundation for Psychotherapy and Counselling (UK)
FPCFermentation Produced Chymosin (cheese making)
FPCFair Play Committee (various organizations)
FPCFormation Pharmaceutique Continue (French: Continuing Pharmaceutical Education)
FPCFamily Planning Council (Philadelphia, PA)
FPCFournitures Plastiques Caoutchouc (French: Plastics Rubber Supplies)
FPCFederal Preparedness Coordinator (US FEMA)
FPCFirst Principle Calculation
FPCFull Page Colour (media)
FPCFoliage Projective Cover
FPCField Placement Coordinator (various schools)
FPCFlorida Ports Council
FPCFlorida Powerboat Club
FPCFamily Partnership Campaign (Girl Scouts; various locations)
FPCForward Phase Control (theatrical dimmers)
FPCFinancial Planning Consultants, Inc. (Lafayette, IN)
FPCFlow Process Chart
FPCFeatured Picture Candidate (Wikimedia Foundation)
FPCFlorida Press Club
FPCFlorida Petroleum Council
FPCFunded Pupil Count
FPCFlorida Phosphate Council
FPCForce Protection Condition (US DoD)
FPCFoundation Peripheral Controller
FPCFair Point Communications
FPCForce Planning Cycle
FPCFullerene Production Chamber
FPCFederal Port Controller
FPCFederation for Peace and Conciliation
FPCFarmer's Petroleum Cooperative, Inc.
FPCFuzzy Power Control
FPCFuzzy Platoon Controller
FPCForward Purchase Contract
FPCFender Players Club (musical joint venture)
FPCFull-Period Crosscorrelation
FPCFood Preparation Capabilities
FPCForce Protection Council
FPCFunctional Processor Card
FPCFunctional & Physical Characteristic
FPCFrankenmuth Pretzel Company
FPCfrontal pericallosal region
FPCFlight Paramedic Certified
FPCFirewall Product Certification (NCSA)
FPCFuture Plans Center (US Navy)
References in periodicals archive ?
On that ring, a laser pulse accumulated in a Fabry-Perot cavity resonator is interacting with the 50 MeV electrons.
researched optical bistability in a Fabry-Perot cavity containing monolayer and bilayer graphene which have been observed optical bistability and experimentally realized graphene-based fast optical bistability [22].
Antenna with Fabry-Perot cavity is another efficiency way to improve the gain [15, 16].
Claus, "Optical fiber humidity sensor using a nano Fabry-Perot cavity formed by the ionic self-assembly method," Sensors and Actuators B: Chemical, vol.
A longer laser cavity and higher facet reflectivity are needed for narrow linewidth [21]; however, this leads to laser mode hopping and multilongitudinal mode oscillation in case of a Fabry-Perot cavity. The linewidth [DELTA]v of the tunable DFB laser diode is approximate as shown in (6), where [[alpha].sub.0] is the sum of absorption loss and scattering loss, [kappa] is the coupling coefficient, and L is the cavity length [22].
A laser light, after it has been optically filtered to produce exactly one particular frequency is split into two beams and each beam is reflected off one mirror (the actual experiment uses a device called a Fabry-Perot cavity to make it reflect back and forth multiple times, but that is merely to improve the quality of the signal) and recombined with the other beam.
A typical EFPI sensor consists of the input/output fibers and the reflective fibers as well as a hollow-core tube for creating an air cavity, namely, the Fabry-Perot cavity. An adhesive is employed to bond the two components.
One such application is a metamaterial based Fabry-Perot cavity which is composed of perfectly electrically conducting (PEC) ground and PRS to control the phase variation was used to realize a compact and steerable antenna with an improvement of gain about 1.7 dB [8].
For each scanning point intensity and spectrum of the interferometric signal, reflected from the Fabry-Perot cavity, are picked up by the photo-detector and OSA, respectively.
The reflection modulator is an adaptation of the classical asymmetric Fabry-Perot (AFP) reflection modulator and relies on the red-shift of the absorption edge through the quantum-confined stark effect to attenuate reflected light in an unbalanced, vertical Fabry-Perot cavity. The original 0.86 [[micro]meter], (AIGa)As/GaAs structures have been modified to include (InGa)As strained quantum wells to operate at 1.06 [[micro]meter].
The objectives of the proposal are firstly to study the individual contributions of the nonlinear refractive index of carbon disulfide under vibrational strong coupling in a Fabry-Perot cavity. Z-scan and pump-probe experiments with ultrashort near-IR pulses will be conducted.
Various techniques and approaches have been explored to accomplish the tunable and large group delay in order to achieve the extraordinary phenomena described as "subluminal effect" and "superluminal effect" in various frequency ranges, like electromagnetically induced transparency (EIT) systems [6], weakly absorbing dielectric [7], Fabry-Perot cavity configuration [8], metamaterial slab [9], and so on.