Teledyne FLIR Defense Showcases Advanced Maritime Surveillance Technology for First Time at Indo Pacific 2023 in Sydney
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El Erbium YAG, muy dopado (50 %), es una fuente láser conocida para producir emisiones de 2940 nm, que se utiliza comúnmente en aplicaciones médicas [1] (p. ej., revestimiento cosmético de la piel) y dentales [2] (p. ej., cirugía oral) debido a la fuerte absorción de agua e hidroxiapatita a esta longitud de onda. Banda de absorción baja (< 1%) Erbium YAG has been studied as an efficient means to generate high power and high energy 1.6 micron ‘eye-safe’ laser emission through 2-level resonant pumping schemes. In these systems, fiber or diode lasers pump the ~1.5 micron ⁴I₁₅⸝₂ − > 4I13™ . . 2, donde el acoplamiento no radiante entre niveles marcados permite una emisión láser de 1,6 micras con eficiencias cuánticas superiores al 90 % [3].
Teledyne FLIR Defense Showcases Advanced Maritime Surveillance Technology for First Time at Indo Pacific 2023 in Sydney
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Teledyne FLIR Defense Launches MUVE R430 Drone Payload for Remote Radiation Detection
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FLIR Systems Announces Upgraded FLIR identiFINDER R440, Next-Generation Handheld Radionuclide Identification Device
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