A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONSTRUCTION MATERIALS FROM WASTE PRODUCTS
We have studied the physical and chemical processes occurring during the thermal treatment of ceramic masses on the basis of compositions of natural raw materials and waste processing facilities. The study of structures of ceramic samples species has shown different types of crystalline phases.
The results have shown that the waste of Kaytashsky tungsten-molybdenum ores (KVMR) may be used as the main raw material to develop new compositions for ceramic materials. The optimal compositions of ceramic tiles for the masses and technological parameters of obtaining sintered materials based on the compositions of kaolin fireclay KVMR have been developed.
It has been found that the use of the waste of Kaytashskoy tungsten-molybdenum ore (KVMR) in the composition of the ceramic material will expand the raw material base of ceramic production, reduce the roasting temperature and the cost of ceramic materials and products.
CONSTRUCTION MATERIALS FROM WASTE PRODUCTS
We have studied the physical and chemical processes occurring during the thermal treatment of ceramic masses on the basis of compositions of natural raw materials and waste processing facilities. The study of structures of ceramic samples species has shown different types of crystalline phases.
The results have shown that the waste of Kaytashsky tungsten-molybdenum ores (KVMR) may be used as the main raw material to develop new compositions for ceramic materials. The optimal compositions of ceramic tiles for the masses and technological parameters of obtaining sintered materials based on the compositions of kaolin fireclay KVMR have been developed.
It has been found that the use of the waste of Kaytashskoy tungsten-molybdenum ore (KVMR) in the composition of the ceramic material will expand the raw material base of ceramic production, reduce the roasting temperature and the cost of ceramic materials and products.
CONSTRUCTION MATERIALS FROM WASTE PRODUCTS
2016
Article (Journal)
Electronic Resource
Unknown
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