Titlebook: Laser-Induced Chemical Processes; Jeffrey I. Steinfeld Book 1981 Plenum Press, New York 1981 chemical reaction.chemical reactions.chemistr

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Vibrational Excitation in Polyatomic Molecules, this introduction we will discuss briefly our (admittedly subjective) view of the current status of the multiphoton excitation-dissociation problem (mpe, mpd) with primary emphasis on SF., the most studied molecule.

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Multiphoton Infrared Excitation and Reaction of Organic Compounds, in the electronic ground state. Much interest has centered on laser isotope separation, probing the multiphoton absorption process, and observation of reactions that occur when a molecule finds itself suddenly immersed in a sea of infrared photons.

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Book 1981as of industrial scientists and the scientifically informed public in general ever since the laser first became available. Initially, great hopes were held that laser-induced chemistry would revolutionize synthetic chemistry, making possible "bond-specific" or "mode-specific" reactions that were imp

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rs were forced to schedule numerous parallel sessions and poster presentations with an almost unsurveyable amount of information. It was, therefore, felt that a more informal get-together, providing ample time for a thourough discussion of some topics of current interest in high-temperature supercon

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Harold W. Galbraith,Jay R. Ackerhalttice imperfections. The diamagnetism as well as the absence of resistance of a superconductor below the critical temperature .. leads to a model of pairs of conducting itinerant electrons of opposite spin captured in a potential well created by cooperative, dynamic atomic displacements. The Bardeen-

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Wayne C. Danen,J. C. Jange their feasibility for biomedical applications.Open the way.This thesis describes the challenging task of developing high critical temperature superconducting quantum interference devices (high-Tc SQUIDs) and using them as sensors for biomedical applications, including magnetic immunoassays, magnet

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layers. The structures of all these phases are closely related to each other. We present here a classification of the mechanisms that allow their generic formula to be predicted. This classification is based on the fact that the infinite layer (IL) structure Ca.Sr.CuO. can be considered as the pare