A fully dense Mg-modified ZrC-SiC composite was prepared by spark plasma sintering. The
microstructure, phase evolution and ablation behaviour of the composite were investigated …

In the present study, an efficient sol-gel process combined with carbothermal reduction was
designed to directly synthesize high purity hybrid ZrC–SiC powders by adding MgCl 2 at a …

In this work, high-sinterability ZrC–SiC–TiC ceramic powders were synthesised through a
sol-gel approach coupled with subsequent carbothermal reactions. Specifically, MgCl 2 was …

Abstract High-density ZrC–SiC composite ceramics are typically sintered under demanding
conditions, specifically, high sintering pressures and high temperatures. However, the need …

The magnesium nitrate (MN) blowing agent reduced the time required for thermo-foaming
and setting of silicon powder dispersions in molten sucrose by nearly half and quarter …

A novel ceramic processing route “SITE”, composed of ceramic slip infiltration in a SiC-fibre
preform and the low-temperature sintering of a SiC-based matrix using a transient eutectoid …

Abstract When MgO+ ZrO 2 were used as a sintering aid to SiC ceramics, it was found that
ZrO 2 reacted with SiC and MgO to form ZrC and a magnesium silicate. This reaction may …

Silicon carbide is a very promising material for various applications because of its
extraordinary properties that result from its covalent structure. For any potential use in the …

This article focuses on the electrophoretic co-deposition of SiC and MgO, which has not
been previously reported. The EPD of SiC has been widely investigated, whilst the EPD of …

Seramik malzemeler, sert, basma dayanımı yüksek, kayma ve kesme dayanımları zayıf, inert
malzemelerdir. Yüksek sıcaklıklara, aşındırıcı veya kimyasallara, erozyon şartlarına …