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Business unit / dept.: Electro-Optic Materials

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      Radial gradient refractive index from crystallized chalcogenide glass for infrared applications
      Electro-Optic Materials

      IR Optics Paper

      The evolution of lens designs for 12micron uncooled LWIR detectors
      Electro-Optic Materials

      Going smaller - a challenge we can meet
      Electro-Optic Materials

      The relation between uncooled arrays pixel size and optics in the long-wave infrared
      Electro-Optic Materials

      Using material advances in chalcogenide glasses to improve imaging lenses in the 8-14 μm waveband
      Electro-Optic Materials

      Molded, Wafer Level Optics for Long Wave Infra-Red Applications
      Electro-Optic Materials

      Evaluate depth of field limits of fixed focus lens arrangements in thermal infrared
      Electro-Optic Materials

      Designing athermal lenses for LWIR systems
      Electro-Optic Materials

      Methodology for lens transmission measurement in the 8-13 micron waveband: Integrating sphere versus camera-based
      Electro-Optic Materials

      Depth of Field in Modern Thermal Imaging
      Electro-Optic Materials

      Quantitative comparison of the chalcogenide glass GASIR with Germanium and Silicon for use in LWIR sensor lens design
      Electro-Optic Materials

      Two-lens designs for modern uncooled and cooled IR imaging devices
      Electro-Optic Materials