IR-transmitting fibers fabricated at the Naval Research Laboratory (NRL) have low optical loss (tilde 0.2 dB/m) and have been successfully used in aircraft missile defense system demonstrations for the 2 to 5 micrometer region to replace bulk optics connecting the laser to the jam head as well as being 'wired' inside the jam head. These conventional, solid-core fibers result in significant weight reduction. They reduce system size and complexity as well as cost of both installation and maintenance, and are capable of laser power input typical of current systems. However, advanced infrared threats require much higher laser power, which these solid-core fibers cannot tolerate.
IR Photonic Bandgap Fibers for Missile Defense
2007
3 pages
Report
Keine Angabe
Englisch
Electrotechnology , Optics & Lasers , Ceramics, Refractories, & Glass , Missile Technology , Infrared & Ultraviolet Detection , Photonics , Silica glass , Lasers , Fiber optics , Band gaps , Guided missile defense systems , Sizes(Dimensions) , Threats , Energy gaps , Costs , Low loss , Naval research laboratories , Power , Infrared radiation , Energy bands , Weight reduction , Metal fibers , Defense systems , Fibers , Optics , Optical properties , Guided missiles , Input , High power , Pbg(Photonic bandgaps) , Ir(Infrared) , Jam heads , Hc-pbg(Hollow core photonic bandgap)
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