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This Demonstration illustrates the formation of time-averaged Moiré fringes. The horizontal axis represents the amplitude of harmonic oscillation ... ; the vertical axis, the longitudinal coordinate ... . The stationary Moiré grating is shown at ... . Time-averaged images of the Moiré grating are shown at increasing amplitudes of oscillation. The parameter ... controls the number of discrete time nodes in a period of the oscillation used to integrate the dynamical process. Double-exposure fringes are produced at ... ; time-averaged fringes are produced at ... . You can choose the type of the Moiré grating—it can be harmonic, stepped, or stochastic. Moreover, you can observe two digital images. The first is the time-averaged Moiré image and the second is the filtered image in which time-averaged fringes are shown in high contrast. Interesting time-averaged patterns can be observed whenever a regular Moiré grating is replaced by a set of random numbers uniformly distributed in the interval ... . Those patterns can reveal certain properties of the random number generator used to construct the stochastic Moiré grating.

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      EUN,LOM,LRE4,work-cmr-id:262133,http://demonstrations.wolfram.com:http://demonstrations.wolfram.com/StochasticTimeAveragedMoireFringes/,ilox,learning resource exchange,LRE metadata application profile,LRE

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