Titlebook: Laser Spectroscopy; Basic Concepts and I Wolfgang Demtr?der Textbook 20033rd edition Springer-Verlag Berlin Heidelberg 2003 Absorption.Lase

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Applications of Laser Spectroscopy,problems has rapidly gained enormous significance. This is manifested by an increasing number of books and reviews. This chapter can only discuss some examples that are selected in order to demonstrate how many fascinating applications already exist and how much research and development is still nee

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Laser Spectroscopy978-3-662-05155-9Series ISSN 1439-2674

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Wolfgang Demtr?derNo other book with this broad scope is available.Includes most recent new techniques and applications.The author is one of the most renowned experts in this area.Suited for graduates and scientists al

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Introduction,ontribution to the present state of atomic and molecular physics, to chemistry, and to molecular biology. Information on molecular structure and on the interaction of molecules with their surroundings may be derived in various ways from the absorption or emission spectra generated when electromagnetic radiation interacts with matter.

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Laser Spectroscopy in Molecular Beams,iques has brought about a wealth of new information on the structure of atoms and molecules, on details of collision processes, and on fundamentals of quantum optics and the interaction of light with matter.

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Coherent Spectroscopy, on the coherent superposition of light scattered by molecules and small particles. The coherent excitation establishes definite phase relations between the amplitudes of the atomic or molecular wave functions; this, in turn, determines the total amplitudes of the emitted, scattered, or absorbed radiation.

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Nonlinear Spectroscopy,One of the essential advantages that single-mode lasers can offer for high-resolution spectroscopy is the possibility of overcoming the limitation set by Doppler broadening. Several techniques have been developed that are based on selective saturation of atomic or molecular transitions by sufficiently intense lasers.

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