Titlebook: Optical Methods in Engineering Metrology; D. C. Williams Book 1993 Springer Science+Business Media Dordrecht 1993 holography.laser.metrolo

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Introduction,. So even if readers find themselves offered more than one path to follow, they should have confidence that each of these paths can lead to a valid result. Indeed, this kind of duplication was considered an instructive feature of the earlier Laser Workshop Courses on which this book is based.

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Laser beam geometry and its applications,uld still be 1 mm wide thousands of miles away’. In fact, nothing could be further from the truth. A laser beam has a finite size which changes as it propagates, and a proper understanding of these changes is needed in order to use such a beam successfully in alignment applications (Williams 1983).

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Television holography and its applications,raphy’. The name TV holography (Ellingsrud and L?kberg, 1989) will be used throughout this chapter. It highlights the real-time operating mode of the technique and also serves as a reminder of its holographic roots.

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monogamy

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Laser beam geometry and its applications,f the large particle accelerators at CERN in Geneva, tensioned nylon threads and laser beams are both used in different circumstances. In a magazine for computer users, an article out-lining the functioning of laser printers has stated that ‘if the ray of light leaving the laser was 1 mm wide, it wo

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Alignment metrology,oblems. The reason is that the table itself provides a flat reference . and any . across the table provides a straight reference line (Fig. 3.1). 90° lines which are . to the plane or line are provided by L-type or box squares or cylindrical squares. Dial test indicators, height gauges, gauge blocks

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