Handbook of Ceramics Glasses, and Diamonds

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McGraw Hill Professional, 17 avr. 2001 - 848 pages

Materials design, prototyping, and manufacturing resource

The be-all, end-all resource for product designers and industry specialists, Handbook of Ceramics, Glasses and Diamonds tells you how to get optimal performance from these materials. The Handbook is packed with materials properties, processes and requirements data. You get selection and design guidelines and valuable application insights, plus three chapters devoted exclusively to diamond technology. Written by leading materials expert Charles Harper, the Handbook brings you up to speed on cutting-edge ceramics, glasses and diamonds and their use innovative use in new products, including:


* Electronic ceramics and advanced ceramics/composites
* Advanced applications of glasses
* Process and properties of CVD diamonds
* Industrial diamonds and diamond technology applications

À l'intérieur du livre

 

Table des matières

CERAMIC MATERIALS AND PROPERTIES
1-1
CERAMICS GLASSES AND MICAS FOR ELECTRICAL PRODUCTS
2-1
ELECTRONIC CERAMICS
2-75
Droits d'auteur

6 autres sections non affichées

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Expressions et termes fréquents

adhesion alkali alumina annealing applications ASTM batch binder bond boron borosilicate capacitors carbide ceramic chemical coefficient color commercial components conductor cooling copper Cordierite Corning crystal density deposition developed diamond dielectric constant dielectric strength dispersion dissipation factor electric field electrical resistivity electronic Email enamels energy factor ferroelectric fiber FIGURE film firing fracture frequency furnace fused silica g/cm³ glass composition glass-ceramic glaze graphite heat increases insulation ions layers light liquid loss magnetic manufacture materials measured mechanical melting metal modulus molten multilayer optical oxide oxygen P.O. Box particles percent perovskite phase piezoelectric polarization powder properties range refractive index refractory resistors result sealing shear rate sheet resistance shown in Fig silicate glasses silicon silicon carbide sintering SiO2 solder solid strength stress structure substrate surface Table Technology temperature thermal conductivity thermal expansion thick-film resistors thickness tube typically viscosity voltage wavelength Website

À propos de l'auteur (2001)

Charles A. Harper, P.E., is President of Technology Seminars, Inc., of Lutherville, Maryland. A widely recognized expert in materials science and applications, he is the editor of McGraw-Hill's Plastics, Elastomers, and Composites, now in its Third Edition, and industry-leading Electronic Packaging and Interconnection Series. An innovator who has played important roles in both the Society of Plastics Engineers and the Society for the Advancement of Material and Process Engineers, Mr. Harper is a frequent conference speaker and seminar lecturer. Before founding his own company, he worked for many years in product application and management specific to plastic materials and processes at Westinghouse. He is a graduate of Johns Hopkins School of Engineering.

Informations bibliographiques

TitreHandbook of Ceramics Glasses, and Diamonds
AuteurCharles A. Harper
ÉditeurMcGraw Hill Professional, 2001
ISBN0071414673, 9780071414678
Longueur848 pages
  
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