Ceramics with engineered porosity are promising materials for a number of functional and
structural applications including thermal insulation, filters, bio-scaffolds for tissue …

More and more attention has been paid to re-use of the scraps of superalloy ingots with the
development of green manufacturing. However, the high content of O and N as well as …

In this study, neutron shielding composites (NSC) with an interpenetrating network structure
are prepared with epoxy resin, B 4 C particles, and reinforced by different pore sizes …

The unique properties of ceramic foams make them well suited to a range of applications in
science and engineering such as heat transfer, reaction catalysis, flow stabilization, and …

Peculiarities of sintering of foamy ceramic filters based on submicron aluminum oxide
powders with additions of titanium oxide and manganese dioxide nanopowders are …

An interpenetrating aluminum–alumina composite is presented, based on a ceramic foam
manufactured via a novel slurry‐based route resulting in a highly homogeneous preform …

Air-gap diffusion distillation (AGDD) has been proposed as a novel type of thermal
distillation technique, in which the hydrophilic porous media is used as a hot stream …

Background Na-Zn liquid metal batteries, which operate at 600° C, have recently been
proposed as inexpensive stationary energy storage devices. As with any other …

A novel fabrication method for reticulated porous ceramics (RPCs) with high strength and
high porosity has been proposed based on polymeric replica method and in-situ synthesis of …

In this study, lightweight cordierite-mullite ceramics with high strength and high thermal-
shock resistance were successfully synthesized by solid-state method with the usage of …