Results 261 to 270 of about 142,570 (304)

Ceramic materials

2012
AbstractThis article focuses on ceramics, glasses, glass-ceramics, and their derivatives, that is, inorganic-organic hybrids, in the forms of solid or porous bodies, oxide layers/coatings, and particles with sizes ranging from nanometers to micrometers, or even millimetres.
R. L. Carlson, G. A. Kardomateas, J. I. Craig   +2 more
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Ceramic Building Materials

This contribution presents the ceramic building materials collected during the surface sur- vey campaign at Khirbet al-Khalde in July 2023 along with their description and analysis. The col- lected samples represent the first of such material to be studied from the site, and the study presented here demonstrates how its careful analysis can reveal new ...
Harvey C. A., Intagliata E. E., Raja R.
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Ceramic matrix materials

1993
In this chapter we briefly review the basic characteristics of ceramics (crystalline and noncrystalline) such as structure and properties, followed by a description of some conventional and nonconventional processing techniques for glass and ceramics.
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Ceramic materials

2021
Poglavlje opisuje dentalne keramike koje se upotrebljavaju u restaurativnoj dentalnoj medicini. Svake godine pojavljuju se nove s proširenim indikacijama, boljim mehaničkim i estetskim svojstvima.
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Holographic evaluation of ceramic materials

Applied Optics, 1991
The coherent optical technique of holographic correlation is applied to the nondestructive evaluation of ceramic materials. A Fresnel correlator is used to holographically construct a matched filter to a small test area on the surface of a silicon nitride ceramic.
F, McLysaght, J A, Slevin
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Ceramic Materials and Ceramic Matrix Composites

1992
Silicon nitride is one of the best candidates among non-oxide ceramics and has a very attractive combination of properties. Such as high strength at room and elevated temperatures high impact strength high strength-to-weight ratio high specific modulus (E/ρ) good creep resistance excellent thermal shock resistance ...
B. Saruhan, J. Göring, H. Schneider, R. Pleger, W. Braue   +4 more
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Synthesis of Dielectric Ceramic Materials

1999
Contents 1. Introduction 2. High-Permittivity Ceramic Dielectrics 2.1. BaTi03 and Related Materials 2.2. Lead Niobates and Other Compounds 3. Medium-Permittivity Ceramic Dielectrics 3.1. Titanium Dioxide 3.2. Polytitanates 3.3. Zirconium Titanate 3.4. Barium-Strontium Zirconates and Stannates 3.5. Calcium and Strontium Titanate 4.
Nanni Paolo, Viviani Massimo, Buscaglia Vincenzo   +2 more
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Polymers, Fractals, and Ceramic Materials

Science, 1989
Concepts borrowed from polymer science have been applied to tailor the properties of inorganic materials, especially those derived from amorphous precursors. Fractal geometry can be used to characterize macromolecular precursors and to relate their structures to kinetic growth processes.
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Ceramic Material for Sound Absorption

Noise & Vibration Worldwide, 2015
The acoustic correction of large places for low frequency components can be obtained by inserting acoustic resonators. This paper reports the realization and the experimental verification of acoustic resonators obtained with ceramic material. The sound absorption is obtained by drilling the specimens of ceramic material with a hole size of 2 mm and 5 ...
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Ceramic Materials

2023
Jens Götze, Matthias Göbbels
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