Sentence examples for conductive ceramics from inspiring English sources

The composition, structure, and properties of industrial ceramics, their processing into both traditional and advanced materials, and the products made from those materials are the subject of many articles on particular traditional or advanced ceramic products, such as whitewares, abrasives, conductive ceramics, and bioceramics.

Conductive ceramics are only one of several types of electroceramics.

Two other galvanic applications of conductive ceramics are in batteries and fuel cells.

Electronically conductive ceramics are used as resistors, electrodes, and heating elements.

Conductive ceramics, advanced industrial materials that, owing to modifications in their structure, serve as electrical conductors.

A longstanding use of conductive ceramics is as heating elements for electric heaters and electrically heated furnaces.

This article offers a survey of the properties and applications of several electrically conductive advanced ceramics.

Recent material development enabled EDM of electrically conductive oxide ceramics, the most widespread machining process for machining of hard materials, as an alternative to conventional ceramic manufacturing and hard machining technologies.

The copper-based superconductors are a good example of conductive transition-metal oxide ceramics—in this case, conductivity arising at extremely low temperatures.

We report that it is possible to render aluminum nitride (AlN) ceramics electrically conductive without losing their intrinsic high thermal conductivity by precipitating a yttrium oxycarbide grain boundary phase, the volume of which is about 1/20 that of the conducting phase in conventional ceramic composites.

It is known that a conductive material penetrating spinel ceramics reduces electrical resistivity, thus resulting in negative RRD for such thick-film systems [15 19, 24].