Microwave technology was a useful heating process when applied to the recycling of fine stoneware tiles polishing sludge. The manufact processed were characterized by low porosity, much lower than that registered for the same formulation heated with conventional firing.The different microstructure has been explained by considering the selective heating phenomenon generated by microwave irradiation: the SiC particles could heat much faster that the aluminosilicate matrix so that to melt the surroundings with a sort of encapsulation process.Conventional heating lead to SiC reaction with oxygen promoting its conversion in CO2 thus creating large pores
Macroporous Ceramic Material (Commercial Water Filter Ceramic) was used as the initial material to b...
Asbestos was widely used as a building material prior to the 1970´s. It is well known that asbestos ...
Global warming and the high energy demands of fossil fuel in industries have led governments to impl...
Microwave technology was a useful heating process when applied to the recycling of fine stoneware ti...
The possibility of reusing the sludges derived from porcelain stoneware tiles polishing to produce c...
AbstractIn the submitted paper, the attention was devoted to the application of microwave energy in ...
Argonne National Laboratory has developed a ceramic waste form to immobilize the salt waste from ele...
[EN] Both high temperature phases and microstructure transformations of stoneware products microwav...
Microwave heating is fundamentally different from conventional sintering in that the energy is depos...
Long before chemists began altering this word, humans were interested in coloring their painting and...
The industrial applications of microwaves in the ceramics field are described. Microwaves greatly co...
Microwave processing has been emerging as an innovative sintering method for many traditional cerami...
In this work a new microwave-heating procedure is presented as a viable alternative for both the con...
Abstract. Microwave processing has been emerging as an innovative sintering method for many traditio...
Ceramic materials containing organic compounds, as a result of a manufacturing process or coming fro...
Macroporous Ceramic Material (Commercial Water Filter Ceramic) was used as the initial material to b...
Asbestos was widely used as a building material prior to the 1970´s. It is well known that asbestos ...
Global warming and the high energy demands of fossil fuel in industries have led governments to impl...
Microwave technology was a useful heating process when applied to the recycling of fine stoneware ti...
The possibility of reusing the sludges derived from porcelain stoneware tiles polishing to produce c...
AbstractIn the submitted paper, the attention was devoted to the application of microwave energy in ...
Argonne National Laboratory has developed a ceramic waste form to immobilize the salt waste from ele...
[EN] Both high temperature phases and microstructure transformations of stoneware products microwav...
Microwave heating is fundamentally different from conventional sintering in that the energy is depos...
Long before chemists began altering this word, humans were interested in coloring their painting and...
The industrial applications of microwaves in the ceramics field are described. Microwaves greatly co...
Microwave processing has been emerging as an innovative sintering method for many traditional cerami...
In this work a new microwave-heating procedure is presented as a viable alternative for both the con...
Abstract. Microwave processing has been emerging as an innovative sintering method for many traditio...
Ceramic materials containing organic compounds, as a result of a manufacturing process or coming fro...
Macroporous Ceramic Material (Commercial Water Filter Ceramic) was used as the initial material to b...
Asbestos was widely used as a building material prior to the 1970´s. It is well known that asbestos ...
Global warming and the high energy demands of fossil fuel in industries have led governments to impl...