In recent years, the high complexity of integrated devices has made heat accumulation increasingly critical and has resulted in higher heat dissipation requirements for substrates and packaging ...

Microwave dielectric ceramics are insulating materials engineered to interact with electromagnetic fields at gigahertz frequencies, combining high relative permittivity, low loss and stable ...

Researchers are developing grain boundary engineering to control the microstructure of ceramics, opening new applications in optics, microelectronics, and medicine. (Nanowerk News) Anyone who has ever ...

While most materials are classified by their properties, ceramics are classified by what they’re not. A ceramic material is any material that is inorganic and non-metallic. They are present in nearly ...

Ceramics possess a diverse range of properties that enable their use in various applications. These include low thermal conductivity, high heat capacity, corrosion resistance, oxidation resistance, ...

Ceramics survive where other materials fail, especially when subjected to high temperatures, abrasive flows, or chem­ically ...

Ceramic processing -- General influence of microstructure on ceramic properties -- Techniques for characterizing ceramic microstructures -- Preparation of ceramic samples for microscopy -- Structural ...

The major attraction of structural ceramics has always been the capability of operating at temperatures far above those of metals. Structural applications now include engine components, cutting tools, ...