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Holography and its Applications
A Quick Look at Light Scattering with Laser Sources
Human and Electronic
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absorption amplifier amplitude angle anisotropy Appl atoms average number bandwidth Brillouin carriers characteristics coefficient coherent components computed constant crystal curve density dielectric dielectric relaxation discussed domain walls electric field electron emitter energy exposure ferromagnetic film fluctuations frequency gain grid growth high lights hologram holography iconoscope ideal performance idler illumination interface kinescope lanthanum laser lattice lens light intensity limit linear liquid low lights magnetization material mechanism medium melting point mode noise nonlinear nonlinear optical nucleation number of photons observed optical orthicon oscillator p-n junction parametric phase photocathode photoconductor photographic photographic film photomultiplier Phys pickup device pickup tube picture element Plate polarizability polarization pulse pump quantum efficiency radiation Raman effect recording reference beam result scattering scene brightness semiconductor shown in Figure signal signal-to-noise ratio solid spins storage superconducting target technique television tensor threshold signal-to-noise ratio transistor triode uranium velocity vibration visual wave wavelength