Recent Trends in Optical Systems Design, II: 18-20 January 1989, Los Angeles, CaliforniaRobert Edward Fischer, Richard C. Juergens |
Contents
TRENDS IN DESIGN THEORY | 1 |
DESIGNS FOR INFRARED OPTICS | 71 |
SYSTEM CONSIDERATIONS IN OPTICAL DESIGN | 95 |
Copyright | |
2 other sections not shown
Common terms and phrases
5th-order alignment analysis angle of incidence aperture aperture stop approach aspheric astigmatism athermalisation axial axis catadioptric coating coefficients compensated components curvature design programs diameter diffraction distance effect elements energy entrance pupil equations error budget error function fabrication field of view focal length focus folding mirror Gaussian beam germanium glass image plane input waist intensity profile interface interferogram iteration laser lens design lens surface lenses limits linear retardance linearly polarized Lyot stop magnification merit function microns multi-aperture object off-axis on-axis optical design optimization orientation overhead projector parameters paraxial performance plane of incidence polarization aberration polarized light problem pupil radius ray tracing reflection refractive index reticle rms wavefront shown in Figure shows solution spherical aberration SPIE spot diagram Strehl Ratio telescope temperature thin lens three-mirror tilt Triplet uncoated vignetting waveband reticle wavefront wavefront error wavelength waves rms WRITE SEQFILE y-y diagram Zernike