Systems-oriented Optical Design: 13-14 April 1993, Orlando, FloridaThomas U. Kampe, Joseph H. Oberheuser |
Contents
Role of diffractive optical elements in the design of midwave infrared zoom lenses 197002 | 11 |
Scan lens design for Direct Write Scene Generation 197003 | 23 |
Infrared system design using coherent IR fiber bundles 197004 | 35 |
Copyright | |
8 other sections not shown
Common terms and phrases
achieved achromatic acoustic afocal aperture aspheric athermal autostereoscopic Average Transmission axis Azimuth band blur spot bondline calcium fluoride cell chromatic aberration CITV cold stop collimated configuration detector element dewar diameter diamond turning diffraction limited doublet electronics energy entrance pupil EOAD equation etalon exit pupil fiber field filter fluoride flux focal length focal plane array focus gimbal hybrid illumination infrared input intensity distribution IRIS laboratory laser beams lens design lenses linear LWIR measured minimize MOES MWIR narrow field-of-view on-axis operational optical design optical system optimized performance photon pixel PLOT pulse radiance radiation ratio reflector refractive resolution scan angle scan lens scene sensor shown in Figure signal solution spatial spectral spherical spherical aberration SPIE substrate surface SWIR t-number Table telescope temperature thermal thin lens tilt wavelength WFOV wide field-of-view window ZnSe zoom