Titlebook: Laser Spectroscopy; Vol. 2: Experimental Wolfgang Demtr?der Textbook 20084th edition Springer-Verlag Berlin Heidelberg 2008 Birefringence.E

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ress in the development of high temperature alloys with particular emphasis on the results of the European Collaborative Programme. Furthermore, some areas were reviewed by eminent speakers from the United States of America, due to their expertise in their respective fields. In this context and as a tradition978-94-009-7909-3978-94-009-7907-9

crescendo

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l crack opening displacement or a specific amount of damage at the crack tip. Procedures for dealing with a gradual build-up of damage at the crack tip are also included. Finally the situation of a crack growing into progressively deteriorating material is considered for making remanent life assessm

HIKE

l crack opening displacement or a specific amount of damage at the crack tip. Procedures for dealing with a gradual build-up of damage at the crack tip are also included. Finally the situation of a crack growing into progressively deteriorating material is considered for making remanent life assessm

MEEK

d or finite element method. This article first introduces the relevant conservation equations and modeling methods of macroscopic models based on the continuum hypothesis. Then, numerical simulation methods for heterogeneous electrode structures at the electrode scale are introduced, including the l

Preamble

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Magisterial

mical analysis, medical diagnostics, and engineering...This new edition has been completely revised, especially the chapters on non-linear spectroscopy, ion trapping, ultra short laser pulses and new developments have been significantly improved and expanded. 50 new figures illustrate the newest developments and results..978-3-540-74954-7

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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.