Titlebook: Solid-State Spectroscopy; An Introduction Hans Kuzmany Textbook 19981st edition Springer-Verlag Berlin Heidelberg 1998 FEM.NMR.UV.X-ray spe

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Light-Scattering Spectroscopy, boundary between two media with different indices of refraction. Straight propagation of light holds only as long as the medium is homogeneous. If this is not the case and if the inhomogeneities are, in particular, of the size of the light wavelength scattering into arbitrary or well defined direct

Vulvodynia

Infrared Spectroscopy,als exhibit a more or less expressed structure of the absorption in the IR spectral range. The origin of these structures has already been discussed to some extent in Chap. 7. Absorption processes due to transitions across the energy gap, from excitons or from impurity states, are found in the visib

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Mri485

,Spectroscopy with γ Rays, quantized states of the nuclei. Even with these very hard light quanta spectroscopy in solids can be very useful. The subject was triggered in 1958 when . reported for the first time recoil free resonance absorption for . rays. This technique is now known as .. Recently additional spectroscopic met

Connotation

Generalized Dielectric Function,ot only excitations by electromagnetic radiation, a description is needed which goes beyond the electromagnetic response. The description will still be phenomenological as a general formulation of the linear response theory is beyond the frame of this textbook. However, some fundamental concepts of

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Spectroscopy with Electrons,cles will also interact with the electronic system of the solid and will thus be subjected to an energy loss. This means energy transfer between the beam and the systems will take place and similar absorption and scattering spectra can be expected as described for the Raman effect and for optical ab

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Spectroscopy with Positrons and Muons,tant are positrons and muons. If a positron is accommodated in a solid its lifetime depends critically on the environment and enables thus information to be drawn about the latter. Investigations of this type are known as . (PAS).

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together with the basic principles and the technical background for various scattering experiments. Fourier transform spectroscopy, pulsed and magnetic NMR techniques, photo-emission, and light and electron scattering are elucidated. Each chapter includes problems. The concept of this textbook is designed for graduate students.978-3-662-03594-8