Rice husk ash (RHA) as a silica source was studied, resulting from burning at a temperature of 700oC in an electric furnace. RHA consists of inorganic, incombustible matter in the rice husk that has been fused into an amorphous structure. Microscopic techniques, such as X-ray fluorescence (XRF), X-ray diffraction (XRD) and scanning electron microscopy (SEM) were used to observe the surface and internal structure of the RHA. The results among other things revealed that RHA consist of mainly SiO2, with amorphous structure, Microscopic examination showed that has a porous cellular structure and consists of irregular-shaped particles
Research on the determination of amorphous silica in Alor rice as an additive in the manufacture of ...
The characterization of rice husk ash, a deriving by-product of the burning of the rice husk during ...
Rice husk is a form of agricultural biomass that provides an abundant silicon source. Rice husks are...
Rice husk ash (RHA) as a silica source was studied, resulting from burning at a temperature of 700oC...
This article presents a study on the development of amorphous silica from Rice Husk (RH) waste. For ...
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...
To obtain high-purity amorphous silica from rice husk char through heat treatment, the distribution ...
The potential and limits of rice husk to prepare relatively pure activated silica were investigated....
Rice covers about 1% of the earth’s surface. Rice husk is the major by-product of the riceprocessing...
Abstract In this study, the effect of the calcination temperature of rice husk on the pozzolanic pro...
Various factors determine the applicability of rice husk ash (RHA) as a pozzolanic material. The amo...
AbstractCombustion of the rice husk produces rice husk ash, which consists of mainly silica. High pu...
As a byproduct of the combustion of rice husk to generate energy, rice husk ash (RHA) is formed by s...
The thermal decomposition characteristics of rice husk have been investigated by dynamic thermoanaly...
Research on the determination of amorphous silica in Alor rice as an additive in the manufacture of ...
The characterization of rice husk ash, a deriving by-product of the burning of the rice husk during ...
Rice husk is a form of agricultural biomass that provides an abundant silicon source. Rice husks are...
Rice husk ash (RHA) as a silica source was studied, resulting from burning at a temperature of 700oC...
This article presents a study on the development of amorphous silica from Rice Husk (RH) waste. For ...
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...
To obtain high-purity amorphous silica from rice husk char through heat treatment, the distribution ...
The potential and limits of rice husk to prepare relatively pure activated silica were investigated....
Rice covers about 1% of the earth’s surface. Rice husk is the major by-product of the riceprocessing...
Abstract In this study, the effect of the calcination temperature of rice husk on the pozzolanic pro...
Various factors determine the applicability of rice husk ash (RHA) as a pozzolanic material. The amo...
AbstractCombustion of the rice husk produces rice husk ash, which consists of mainly silica. High pu...
As a byproduct of the combustion of rice husk to generate energy, rice husk ash (RHA) is formed by s...
The thermal decomposition characteristics of rice husk have been investigated by dynamic thermoanaly...
Research on the determination of amorphous silica in Alor rice as an additive in the manufacture of ...
The characterization of rice husk ash, a deriving by-product of the burning of the rice husk during ...
Rice husk is a form of agricultural biomass that provides an abundant silicon source. Rice husks are...