Lens and Optical Systems Design: 14-18 September 1992, Berlin, FRG, Part 1Hannfried Zügge |
Contents
Human factor considerations for optical design software 178007 | 7 |
an emerging technology 178002 | 14 |
Generation of lens designs for optimization 178003 | 29 |
Copyright | |
34 other sections not shown
Common terms and phrases
absorption achromatic adaptive optics algorithm amplitude aperture aplanatism application approximation aspheric astigmatic axial axis beam beam parameter product calculated coatings coefficients components configuration coordinates correction curvature curve damage threshold defined defocus dielectric entrance pupil equation evaluation example exit pupil factor field Figure film focal length focus formula gauss plane Gaussian beam given global optimization grating holographic hybrid illumination indication intensity laser layers lens design lenses light magnetic magneto-optical measured merit function method mirror multilayer Nova Upgrade optical coatings optical design optical elements optical materials optical system parameters partially coherent performance phase plane polarizer practical resolution problems projected solid angle radiation radius ray tracing reference sphere refractive index shown in Fig sol-gel solutions space spatial spectral spherical aberration SPIE standard starting point substrate temperature thermal thickness tolerances wavefront wavelength