Titlebook: Implications of Molecular and Materials Structure for New Technologies; Judith A. K. Howard,Frank H. Allen,Gregory P. Shie Book 1999 Sprin

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978-0-7923-5817-6Springer Science+Business Media Dordrecht 1999

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https://doi.org/10.1007/978-94-011-4653-1bonding; crystal; crystal structure; crystallography; electrolyte; electron; hydrogen; metals; neutron diffr

anthropologist

Modern Neutron Diffraction Methods,This paper will briefly review the facilities, instruments and methods available for neutron diffraction experiments now and also look ahead to future possibilities. It will not attempt to cover other than in an illustrative way the science performed using these techniques, examples of which will be found elsewhere in this volume.

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Weak Hydrogen Bonds,An overview is given on general properties and structural characteristics of weak hydrogen bond interactions. The focus is on C−H…O and X−H…7π hydrogen bonds (X = O, N, C), which are currently under intense investigation. Hydrogen bonds involving metal centers and the ‘dihydrogen bond’ X−H.…H. −Y are briefly mentioned.

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Hirsutism

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NATO Science Series E:http://image.papertrans.cn/i/image/462676.jpg

OCTO

Electron Densities and Electrostatic Properties of Materials from High Resolution X-Ray Diffractionlications in various fields from biology to material science. Furthermore, the results of the topology of the experimental charge density also permits the classification of interactions and open new avenues of exploration.

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