Document Type
Article
Publication Date
8-29-2008
Abstract
An electronic speckle pattern interferometer is introduced that can produce time-averaged interferograms of harmonically vibrating objects in instances where it is impractical to isolate the object from ambient vibrations. By subtracting two images of the oscillating object, rather than the more common technique of subtracting an image of the oscillating object from one of the static objects, interferograms are produced with excellent visibility even when the object is moving relative to the interferometer. This interferometer is analyzed theoretically and the theory is validated experimentally.
Published In
Moore, Thomas R., and Jacob J. Skubal. 2008. Time-averaged electronic speckle pattern interferometry in the presence of ambient motion. Part I. Theory and experiments. Applied Optics 47 (25): 4640-8.
Publication Title
Student-Faculty Collaborative Research Publications