Three-dimensional Holography--science, Culture, Education: The International UNESCO Seminar : 5-8 September 1989, Kiev, USSRTung H. Jeong, V. B. Markov |
Contents
DIFFRACTION AND RELATED PHENOMENON | 29 |
Monochromatic aberrations of an offaxis hologram with carry out pupil | 123 |
Production of reflection relief holograms with asymmetric shape of slits profile | 129 |
Copyright | |
19 other sections not shown
Common terms and phrases
according actinic amplitude analysis angle angular application approximation axis beam calculated characteristics components considered coordinates corresponding curves decrease dependence determined Dichromated diffraction efficiency diffusion direction distribution effect elements emulsion energy equal equations experimental experiments exposure expression field formation frequency function gelatin given grating hologram recording holographic incident increase initial Institute intensity interaction interference laser layer light limited material maximum means measured medium method modulation object observed obtained optical parameters phase photographic plane plate polarization polymer possible presented produced properties pulses radiation range reconstructed reference reference beam reflection reflection holograms region relative relief respectively rotation scheme selectivity sensitivity shown shows signal silver solution spatial speckle spectral spectrum structure surface taking theory thickness transmission USSR vector volume wave wave packet wavelength