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Princeton Legacy Library 351 (Epub & Pdf)

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Magnetic Ions in Crystals - Princeton Legacy Library 351 by K. W. H. Stevens Details

There have been many demonstrations, particularly for the ion magnetic impurities in crystals, whose colleagues from Hamilton can calculate a wide range of experimental results in terms of far fewer…

Magnetic Ions in Crystals synopsis

There have been many demonstrations, particularly for the ion magnetic impurities in crystals, whose colleagues from Hamilton can calculate a wide range of experimental results in terms of far fewer parameters. Yet it was originally derived from the crystalline field theory, which contains a logical flaw.

Electrons on magnetic ions are different from those on bonds. Hence, there is a challenge: to replace the crystalline field theory with one of the greater or greater predictive power that is based on a larger base.

The theory developed in this book begins with a general hematelic layer, which is common in most molecular and rigid state problems and does not violate the symmetry requirements imposed on electrons and nuclei. Using a copy of Bloch's theory of turbulence and the introduction of functions, deniers, projection operators, and monotonous transformations, Stevens explains that crystalline field theory can be replaced as the basis for the helical rotation of single ions and magnetic pairs.

Networks of magnetic ions, even when the nucleus has a vibratory motion. The strength of this method is also demonstrated by demonstrating that it can be extended to include grid vibration and conduction by electron leaping, such as it is most likely to occur in high-Tc superconductors.

Stevens, then, shows how a successful past success method can be replaced by a well-founded one that includes not only all previous successes but seems to open the way for extensions beyond the range of previously available methods. So far only some of these have been explored.

The book should therefore be of great importance to all physicists and chemists interested in understanding the special properties of molecules and solids imposed by the presence of magnetic ions. Originally published in 1997. The Princeton Legacy Library uses the latest on-demand printing technology to provide back-to-back printed books from the Princeton Princeton Print List.

These versions preserve the original texts of these important books as they are presented in consistent versions of paperback and printed copies. The Princeton Legacy Library aims to increase access to the rich scientific heritage found in thousands of books published by Princeton University Press since its founding in 1905..



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