The characterization of rice husk ash, a deriving by-product of the burning of the rice husk during the rice processing is the object of this study. This by-product, for being rich in silica, can be an important raw material for the production of siliceous ceramics, such as thermal insulators and refractory. A combination of surface analysis, thermal analysis and microscopy analysis techniques was used for the characterization. The characterized by-product presented as main component the silica, under amorphous form, with a maximum content of alkalis around 1%, features that become it potentially interesting for the production of ceramic materials
The thermal decomposition characteristics of rice husk have been investigated by dynamic thermoanaly...
AbstractCombustion of the rice husk produces rice husk ash, which consists of mainly silica. High pu...
In the industrial production of rice, large quantities of rice husk are generated constituting a res...
In this work a complete characterization of rice husk ash (RHA)was conducted in order to evaluate ma...
The investigations on the usage of the alternativeraw materials have been always popular in the cera...
Rice covers about 1% of the earth’s surface. Rice husk is the major by-product of the riceprocessing...
As a byproduct of the combustion of rice husk to generate energy, rice husk ash (RHA) is formed by s...
Use of waste or by-products from different industries and the agricultural sector has received incre...
Rice husk ash (RHA) as a silica source was studied, resulting from burning at a temperature of 700oC...
<div><p>As a byproduct of the combustion of rice husk to generate energy, rice husk ash (RHA) is for...
This paper reports the results of a study focused on the obtainment of glass-ceramic by using rice h...
Research on the determination of amorphous silica in Alor rice as an additive in the manufacture of ...
In the production of rice a large amount of solid residue is produced, for which alternative utiliza...
Annual production of rice in the Republic of Macedonia is 19 000 - 35 000 t, bearing in mind that ab...
This study presents the characterization of rice husk ash by observing the characteristics of elemen...
The thermal decomposition characteristics of rice husk have been investigated by dynamic thermoanaly...
AbstractCombustion of the rice husk produces rice husk ash, which consists of mainly silica. High pu...
In the industrial production of rice, large quantities of rice husk are generated constituting a res...
In this work a complete characterization of rice husk ash (RHA)was conducted in order to evaluate ma...
The investigations on the usage of the alternativeraw materials have been always popular in the cera...
Rice covers about 1% of the earth’s surface. Rice husk is the major by-product of the riceprocessing...
As a byproduct of the combustion of rice husk to generate energy, rice husk ash (RHA) is formed by s...
Use of waste or by-products from different industries and the agricultural sector has received incre...
Rice husk ash (RHA) as a silica source was studied, resulting from burning at a temperature of 700oC...
<div><p>As a byproduct of the combustion of rice husk to generate energy, rice husk ash (RHA) is for...
This paper reports the results of a study focused on the obtainment of glass-ceramic by using rice h...
Research on the determination of amorphous silica in Alor rice as an additive in the manufacture of ...
In the production of rice a large amount of solid residue is produced, for which alternative utiliza...
Annual production of rice in the Republic of Macedonia is 19 000 - 35 000 t, bearing in mind that ab...
This study presents the characterization of rice husk ash by observing the characteristics of elemen...
The thermal decomposition characteristics of rice husk have been investigated by dynamic thermoanaly...
AbstractCombustion of the rice husk produces rice husk ash, which consists of mainly silica. High pu...
In the industrial production of rice, large quantities of rice husk are generated constituting a res...