Wow! eBook
Internal Reflection and ATR Spectroscopy: 176
Author(s): Milan Milosevic (Author)
- Publisher: Wiley
- Publication Date: 15 Jun. 2012
- Edition: 1st
- Language: English
- Print length: 262 pages
- ISBN-10: 0470278323
- ISBN-13: 9780470278321
Book Description
- Offers introduction and history of ATR before discussing theoretical aspects
- Includes informative illustrations and theoretical calculations
- Discusses many advanced aspects of ATR, such as depth profiling or orientation studies, and particular features of reflectance
Editorial Reviews
Review
From the Inside Flap
Explains the physical principles underlying ATR spectroscopy
Today, attenuated total reflection (ATR) spectroscopy is the most widely used IR spectroscopic technique. Practitioners in the field, however, are generally not very familiar with the underlying physical basis of spectroscopy, often using spectroscopy as a “black box” tool to analyze their samples. This book provides a bridge between electromagnetic theory and spectroscopy, focusing on ATR spectroscopy in particular. Readers will come to a more complete understanding of the physical phenomena underlying spectroscopic measurement and therefore be better able to make use of ATR and other spectroscopic techniques.
Internal Reflection and ATR Spectroscopy is a unique contribution to the field of spectroscopy, offering derivations of the formulae frequently used in the field and examining important underlying physical mechanisms that are typically not addressed in spectroscopy texts. The book features detailed coverage of such topics as:
- Light propagation through absorbing materials
- Reflection at the interface between two media
- Phenomena of internal reflection and the evanescent wave
- Reflectance and transmittance of multi-layered samples
- Analysis of ATR experiments
As they progress through the book, readers will discover discussions of several new phenomena, including a revision of the conventional understanding of the evanescent wave and of the transport of electromagnetic energy through a totally reflecting interface. In addition, the author identifies a new type of internal reflection that enables researchers to observe some unusual fringes. Throughout all the discussions, numerous figures aid in understanding difficult concepts.
Internal Reflection and ATR Spectroscopy is recommended for all students and researchers who use ATR spectroscopy. By helping readers understand the underlying physical principles of ATR spectroscopy, the book makes it possible for them to optimize the use of spectroscopy as an analytical tool.
From the Back Cover
Explains the physical principles underlying ATR spectroscopy
Today, attenuated total reflection (ATR) spectroscopy is the most widely used IR spectroscopic technique. Practitioners in the field, however, are generally not very familiar with the underlying physical basis of spectroscopy, often using spectroscopy as a “black box” tool to analyze their samples. This book provides a bridge between electromagnetic theory and spectroscopy, focusing on ATR spectroscopy in particular. Readers will come to a more complete understanding of the physical phenomena underlying spectroscopic measurement and therefore be better able to make use of ATR and other spectroscopic techniques.
Internal Reflection and ATR Spectroscopy is a unique contribution to the field of spectroscopy, offering derivations of the formulae frequently used in the field and examining important underlying physical mechanisms that are typically not addressed in spectroscopy texts. The book features detailed coverage of such topics as:
- Light propagation through absorbing materials
- Reflection at the interface between two media
- Phenomena of internal reflection and the evanescent wave
- Reflectance and transmittance of multi-layered samples
- Analysis of ATR experiments
As they progress through the book, readers will discover discussions of several new phenomena, including a revision of the conventional understanding of the evanescent wave and of the transport of electromagnetic energy through a totally reflecting interface. In addition, the author identifies a new type of internal reflection that enables researchers to observe some unusual fringes. Throughout all the discussions, numerous figures aid in understanding difficult concepts.
Internal Reflection and ATR Spectroscopy is recommended for all students and researchers who use ATR spectroscopy. By helping readers understand the underlying physical principles of ATR spectroscopy, the book makes it possible for them to optimize the use of spectroscopy as an analytical tool.
About the Author
MILAN MILOSEVIC works as a consultant in the field of optical spectroscopy for MeV Technologies, LLC. Milan has spent his entire career in the field of FTIR spectroscopy, developing spectroscopic equipment and building our understanding of the physical basis of spectroscopy. He has pioneered several devices for what have become standard spectroscopic techniques, including micro ATR, variable angle ATR, and grazing angle ATR spectroscopy. Holding over fifteen US patents, Milan has authored or coauthored over thirty peer-reviewed papers on various aspects of spectroscopy.
