Thanks to its advantages of high efficiency and near‐net shaping, laser directed energy
deposition (LDED) is rapidly becoming a remarkable preparation technology for high‐purity …

Microstructure of porous ceramics is highly “irregular”: it comprises pores and microcracks of
diverse shapes and orientations. This makes their quantitative modeling challenging, and …

Materials designed in the high-alumina region of Al 2 O 3–MgO–CaO system have been
widely used in many technological fields. However, their further applications are limited by …

This work investigated the behavior of TiO 2-containing α-Al 2 O 3 samples prepared by the
freeze-casting technique. Camphene and liquid nitrogen were used as the solvent and …

Stress–strain curves for porous microcracked ceramics (such as aluminum titanate) under
compression exhibit non-linearity, hysteresis, and a sharp increase in stiffness when …

Alumina+ 10vol.% aluminium titanate composites were obtained by colloidal filtration and
reaction sintering of alumina and titania. The materials were dense with aluminium titanate …

Materials from the Al 2 O 3–SiO 2–ZrO 2 and the Al 2 O 3–SiO 2–ZrO 2–TiO 2 systems have
several high temperature applications because they present the good refractoriness …

Microelectrochemical systems (MEMSs) have important applications in electronic
information, aerospace, national defense and other fields. The microhemispherical concave …

The lattice expansion of aluminum titanate (AT) obtained by firing a mixture of alumina,
rutile, strontium and calcium carbonate and silica was measured using neutron and …

Directionally aligned prismatic and lamellar porous alumina scaffolds with a high strength-to-
density ratio were fabricated from submicron Al 2 O 3 powders and a tiny quantity of …