Titlebook: Holographic Interferometry; Principles and Metho Pramod K. Rastogi (Sr. Res. Engineer) Book 1994 Springer-Verlag Berlin Heidelberg 1994 dam

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Phase-Shifting Holographic Interferometry,ch process data in electronics are known as heterodyne techniques and were discussed in the last chapter. The processing of spatial phase-measurement data will be discussed in the next chapter. Temporal techniques which process the data analytically on a point-by-point basis will be the concentration of this chapter.

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Computer-Aided Evaluation of Holographic Interferograms,ctive-index fields. This brief introduction on fringe-pattern processing should stimulate further studies of the related literature and encourage developments in this field. A more detailed treatment would go beyond the scope of this chapter.

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A Comparison of Finite-Time and Finite-Size Lyapunov Exponentspendent flow. The preference for one or the other concept seems to be based more on a tradition within a scientific community than on proven advantages. In this study, we demonstrate that with the two concepts highly similar visualizations can be produced, by maximizing a simple similarity measure.

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Bernard Comriestem load, task processing time variation, and the number of workers effect the maximum flowtime of a task, average workload, and workload variation under these five policies. Our study represents an important step towards a comprehensive framework that guides the design of the role resolution modul