The use of magnetic fields in ceramic processing has been of interest recently for tailoring
the microstructural grain alignment of ceramics in order to improve mechanical, optical, and …

Alumina is a structural ceramic that finds many uses in a broad range of applications. It is
widely employed in the aerospace and biomedical sectors due to its stability at high …

A doped non-diamagnetic alumina (Al 2 O 3) would enable the usage of cutting edge
technology, such as magnetoforming, to create advanced systems that take advantage of the …

Judicious doping of normally diamagnetic alumina (Al 2 O 3) could lead to bulk magnetism
that would enable the usage of cutting edge technology, such as magnetoforming, to create …

This chapter describes the use of microCT to investigate microstructures produced by
various isobutylene and maleic anhydride (ISOBAM) gel casting system fabrication methods …

With the aggregation of materials data from experimental and simulation-based databases,
the potential for the discovery of materials exhibiting exceptional properties becomes …

Ceramics are a large class of materials that in general are hard, brittle, insulators that are
held together by ionic bonding.[4] However, beyond that ceramics are very diverse as any …

The objective of this research was to characterize and exploit effects of energetic fields
microwave, magnetic, etc. on microstructural development of materials to formulate a …