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Optimization of an acrylamidebased dry photopolymer holographic recording material
Imaging mechanism and characteristics of a novel photoetching holographic recording
Recording of deep threedimensional holograms in gellike layers of dichromated gelatin
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absorption acrylamide Agfa-Gevaert angle angular selectivity Appl bandwidth beam ratio binder Bragg Bragg angle color coordinates concentration contrast crosslinking curves deﬁned dichromated gelatin diffraction efﬁciency diﬁerent diﬁraction DPI-Cl DuPont photopolymer dynamic eﬁiciency eﬂiciency emulsion eosin Y epoxy equation experimental exposed exposure energy exposure sensitivity ﬁelds Figure ﬁlm ﬁrst ﬂuorescence fringe fulgide gating geometry grating recording high resolution hologram holographic gratings holographic image holographic materials illumination incident increase index matching inﬂuence integrated circuit laser beam layers light Lippmann maximum molecules monomer noise gratings nonlinear optical obtained phase photochromic photopolymer photopolymer system photosensitive plate polarized polymer polymerization pulse radical reaction centers real-time reconstruction reference beam reﬂection refractive index refractive index modulation RGB matrix sample shrinkage signiﬁcant signiﬁcantly silver halide solution spatial frequency speciﬁc spectral SPIE Vol spiropyran surface thickness transmission volume hologram wave vector wavelength writing beams