Applications of Holography: January 21-23, 1985, Los Angeles, CaliforniaLloyd Huff SPIE--the International Society for Optical Engineering, 1985 - Technology & Engineering - 367 pages |
Contents
INDUSTRIAL APPLICATIONS I | 53 |
INDUSTRIAL APPLICATIONS II | 131 |
HOLOGRAPHIC OPTICAL ELEMENTS I | 195 |
Copyright | |
3 other sections not shown
Common terms and phrases
aberration angle aperture Applications of Holography aspheric axis bandwidth beam splitter birefringence bubble chamber camera coherent collimated color crack defect density detector developed diameter dichromated gelatin diffraction efficiency diffusion distortion double exposure e-beam emulsion encoding Equation experimental focal Fourier transform fringe pattern fringe spacing gelatin film geometry grating holographic interferometry holographic mirrors holographic optical elements illumination incidence index modulation input interferogram laser lens lenses linear fringes loading measured metal master method microns moire object beam obtained output parameters particle phase phase term photographic photomask photoresist pinhole plane polarization processor produce pulse ratio reconstructed image reference beam reflection holograms refractive refractive index region resolution rotation shown in Figure shows spatial filter spatial frequency spectral bandwidth spherical SPIE stereogram substrate surface technique thermoplastic thickness transmission hologram wave wave plates wavefront wavelength white light zone plate