Applied Science

Diffuse Scattering and the Fundamental Properties of Materials

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Print Price: 
$149.95
E-book Price: 
$136.00
Bundle Price: 
$180.00
In Stock Date: 
04/01/2009

Rozaliya I. Barabash
Oak Ridge National Laboratory, Oak Ridge, Tennessee

Gene E. Ice
Oak Ridge National Laboratory, Oak Ridge, Tennessee

Patrice E.A. Turchi
Lawrence Livermore National Labs, Livermore, California

Diffuse Scattering—the use of off-specular X-Rays and neutrons from surfaces and interfaces—has grown rapidly as a tool for characterizing the surface properties of materials and related fundamental structural properties. It has proven to be especially useful in the understanding of local properties within materials. This new book reflects the efforts of physicists and materials scientists around the world who have helped to refine the techniques and applications of diffuse scattering.

Solid State NMR: Basic Principles & Practice

Solid State NMR
Print Price: 
$109.95
E-book Price: 
$92.00
In Stock Date: 
05/12/2012

David C. Apperley, Robin. K. Harris, and Paul Hodgkinson

Nuclear Magnetic Resonance (NMR) has proved to be a uniquely powerful and versatile tool for analyzing and characterizing chemicals and materials of all kinds. This book focuses on the latest developments and applications for "solid-state" NMR, which has found new uses from biochemistry to crystallography to biomaterials research. The book will provide materials engineers, analytical chemists, and physicists, in and out of lab, a survey of the techniques and the essential tools of solid-state NMR, together with a practical guide on applications.

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Acoustic High-Frequency Diffraction Theory

Acoustic High-Frequency Diffraction Theory
Print Price: 
$120.00
E-book Price: 
$109.00
Bundle Price: 
$144.00
In Stock Date: 
05/15/2011

Frédéric Molinet

Covering analytical research in aerial and underwater acoustics, this new scholarly work treats the interaction of acoustic waves with obstacles which may be rigid, soft, elastic, or characterized by an impedance boundary condition. The approach is founded on asymptotic high frequency methods which are based on the concept of rays.

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