The present study demonstrates a cost effective way to fabricate porous ceramics with
tailored microstructures using rice husk (RH) of various range of particle sizes as a pore …

This study demonstrates a cost‐effective way to fabricate porous ceramics with tailored
porosity and pore microstructure using 5–40 wt% rice husk (RH) in< 75 μm, 75–180 μm, 180 …

This study demonstrates a simple and economically viable approach to fabricate porous
alumina ceramics shaped with low‐priced natural organic pore‐forming agents (PFA s) from …

The present study demonstrates a cost effective way to produce porous alumina with 39–70
vol% porosity and 64–516 μm avg. pore size (length), using 20–40 wt% rice husk (RH) of< …

The present work reports a simple process for preparation of macroporous alumina ceramics
from aqueous powder slurries using wheat particles as gelling and pore forming agent …

Porous alumina ceramics with uniform total porosity (69.6–70.3%), spherical pores, and
different pore size (22.9±10.3, 197.7±80.0 and 714.1±207.2 μm) were prepared by using …

A porous ceramic is made from composite materials which consist of alumina and
commercial rice husk ash. This type of ceramics is obtained by mixing the commercial rice …

It is shown that poppy (Papaver rhoeas L.) seed is a potentially interesting and unique pore-
forming agent (PFA) for use in ceramic technology, due to its large size (around 1mm) …

Low-cost porous ceramics with controllable pore size were prepared by using natural clay
and silica as starting materials and organic polymer sponge as template. The properties of …

This work presents the preparation of porous alumina ceramics through the sacrificial phase
method, using an eco‐friendly material, namely waste coffee grounds, as a pore‐forming …