A study was undertaken to production of Si3N4 powders by carbo-thermal reduction and
nitridation (CTRN) of diatomite. Test samples were prepared by mixing 99% purity and mean …

A carbon/silica composite designed for use under compressive loads was fabricated from
rice husk (RH), an agricultural waste material. RH was pulverized by using a planetary ball …

β-Si3N4 powder was synthesized via carbothermal reduction nitridation (CRN) method
using quartz as starting material. The influence of synthesis temperature, C/SiO2 molar ratio …

Fine grain α-phase silicon nitride (Si3N4) ceramic powders were produced via carbothermic
reduction of colloidal SiO2, which contained pre-mixed additives of sintering aids primarily …

This review examines the influence of β-Si3N4 seeds on the development of silicon nitride
ceramics, a material with exceptional mechanical and thermal properties, making it suitable …

The influence of high energy planetary milling (HEPM) on the purity of β-SiAlON powders,
synthesized from Çan-Çanakkale kaolin by carbothermal reduction–nitridation (CRN), and …

Nano Si3N4 powder was successfully synthesized using a combination of sol foaming and
carbothermal reduction and nitridation techniques. The process utilized fumed silica …

ZrN-Si3N4 composite powder with low cost from zircon was prepared by carbothermal
reduction-nitridation process. The influence of mass ratio of C to ZrSiO4 (m (C)/m (ZrSiO4)) …

Nitride silica-based ceramics were prepared by sintering under nitrogen atmosphere using
rice husk ash and bagasse ash as raw materials. X-ray Fluorescence Spectrometry (XRF) …

The optimum parameters were determined for synthesizing ZrN-Si 3 N 4 composite powder
from zircon by carbothermal reduction-nitridation (CTRN) process. The samples were …