Current Developments in Optical Design and Optical Engineering, Volume 5SPIE, 1995 - Optical instruments |
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Page 192
... parameters of axial symmetrical OS over variations of RMS ( root mean square ) of wave aberration for several field ... parameters , for which tolerances should be calculated , is created . These parameters are divided into 8 groups : 1 ...
... parameters of axial symmetrical OS over variations of RMS ( root mean square ) of wave aberration for several field ... parameters , for which tolerances should be calculated , is created . These parameters are divided into 8 groups : 1 ...
Page 198
component . Aberrational parameters consist in Slusarev's principal parameters P , W , T , C : P principal parameter of spherical aberration . W π C - - principal parameter of coma . - principal parameter of Petzval curvature . principal ...
component . Aberrational parameters consist in Slusarev's principal parameters P , W , T , C : P principal parameter of spherical aberration . W π C - - principal parameter of coma . - principal parameter of Petzval curvature . principal ...
Page 199
... parameters of thin components . For example , different variants of four - lenses systems with zero 3 - d order aberrations are shown in fig.2 . 2. Multivariant component scheme search - determination of scheme parameters using ...
... parameters of thin components . For example , different variants of four - lenses systems with zero 3 - d order aberrations are shown in fig.2 . 2. Multivariant component scheme search - determination of scheme parameters using ...
Contents
Development of optically flat mirrors using graphiteepoxy laminates 254016 | 16 |
Characterization of abnormal dispersion liquids in the ultraviolet spectral region 254004 | 33 |
Matrix method for optomechanical tolerancing of finite conjugate optical imaging systems | 42 |
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Abbe sine condition aberration abnormal dispersion absorption edge Amtir aperture array asphere astigmatism athermal beamsplitter birefringent calculated camera chromatic coefficients constant opl Cooke triplet crystal Curve decenter depolarizer detector diameter difference of dn/dT diffraction limited emergent light equation exposure facet field filter focal length focus GCE method Germanium glass Head microscope hybrid optic image space incident light infrared lag angle laser beam layer lens document lenses lidar linear liquid Lyot stop matrix measured merit function microns mirror surface off-axis operator optical axis optical design optical elements optical fiber optical path length optical system data parameters Paul Robb performance phase modulation pixel plane polarization prism reference frame reflection refractive index retroreflectors rotation scanner sensitivity sensor shown in figure SPATIAL FREQUENCY speckle speckle images spherical SPIE Vol structure substrate system spacing temperature thermal thickness tilt tolerances transformation triplet V-value waveband wavefront waveguides wavelength zygo