Digital Speckle Pattern Interferometry

ISBN-13: 9780471490524 / Angielski / Twarda / 2001 / 384 str.

P. R. Rastogi; P. K. Rastogi; Pramod K. Rastogi

Opis

Digital Speckle Interferometry and Related Techniques provides a single source of information in this rapidly progressing field. Containing contributions from leading experts, it provides the key background information, including the fundamental concepts, techniques, and applications, and presents the major technological progress that has contributed to revitalization in the field over the past fifteen years, including digital speckle photography and digital holographic interferometry.

Recenzje

"this book is a welcome addition to the speckle pattern interferometry literature. The book is an excellent value for any graduate student, application engineer, research laboratory and group working in this field. Reading this book is a very enjoyable experience and it is worth every penny of its price." (Jnl of Optics & Lasers in Engineering, 2001)

"European physicists and engineers discuss a class of whole–field interferometeric techniques...primarily a reference for scientists and engineers but can also serve as a self–study tutorial or a text..." (SciTech Book News, Vol. 25, No. 4, December 2001)

" a systematic, up–to–date review of this rapidly progressing field " (Optics & Photonics News, March 2003)

Spis treści

Contributors.

Foreword.

Preface and Introduction.

Speckle Statistics in the Context of Digital Speckle Interferometry (M. Lehmann).

Automated Analysis of Speckle Interferograms (J. Huntley).

Measurement of Static Surface Displacements, Derivatives of Displacements, and Three–dimensional Surface Shapes –– Examples of Applications to Non–destructive Testing (P. Rastogi).

Dynamic Measurments (A. Moore, et al.).

Digital Speckle Photography (M. Sjödahl).

Digital Holographic Interferometry (G. Pedrini H. Tiziani).

Index.

O autorze

Professor Pramod Rastogi received his MSc degree from the University of Lucknow, MTech degree from the Indian Institute of Technology Delhi, and doctorate degree from the University of Franche Comté in France. His research activities are principally in the area of holographic interferometry, speckle metrology, fiber optics sensors, phase shifting and moiré. He is the author or coauthor of many scientific papers and the author of book chapters, Encyclopaedia articles, and has edited several books in the field of optical metrology. Professor Rastogi is a Fellow of the Optical Society of America (1993) and a Fellow of the Society of the Photo-Optical Instrumentation Engineers (1995). He is also a recipient of the "Hetényi Award" for the most significant research paper published in Experimental Mechanics in the year 1982.

Blurb

Digital Speckle Pattern Interferometry (DSPI) is the generic name for a class of important interferometric techniques such as TV holography, electronic holography or phase shifting pattern interferometry, all of which involve similar optical and electronic principles. These techniques are increasingly used in a wide range of fields including experimental mechanics, vibration analysis and non–destructive testing.
Digital Speckle Interferometry and Related Techniques provides a single source of information in this rapidly progressing field. Containing contributions from leading experts, it provides the key background information, including the fundamental concepts, techniques, and applications, and presents the major technological progress that has contributed to revitalization in the field over the past fifteen years, including digital speckle photography and digital holographic interferometry.
This is an invaluable text for practising engineers in industry and research institutes, and academic and development researchers in scientific and engineering disciplines who use, or are interested in, DSPI. This title would also be of interest to teachers and final year undergraduate/postsgraduate students of physics, optics, experiemental mechanics, photomechanics, optical metrology, engineering metrology, and non–destructive testing.