Microwave fast drying and sintering complex morphology of porcelain and gres chamotte 0.5
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In this research, microwave thermal processing of refractory clays is studied using minimal time. With the objective ofstudying the feasibility of using this technology in artistic ceramics or jewelry with complex morphologies. To do this, thedifferences in behavior are analyzed, in terms of heating, not only their dielectric properties according to various ceramicmaterials, but also confronting the differences by dimension and shape of the pieces. Once the research is completed, itsviability for the area is accredited without detecting devaluations in the characterization of the sampling and with a temporaryreduction of 66% compared to the conventional system, results highlight the advantages that this energy source can offer inthe production of artistic models and the interest of researching it.
Abstract
In this research, microwave thermal processing of refractory clays is studied using minimal time. With the objective ofstudying the feasibility of using this technology in artistic ceramics or jewelry with complex morphologies. To do this, thedifferences in behavior are analyzed, in terms of heating, not only their dielectric properties according to various ceramicmaterials, but also confronting the differences by dimension and shape of the pieces. Once the research is completed, itsviability for the area is accredited without detecting devaluations in the characterization of the sampling and with a temporaryreduction of 66% compared to the conventional system, results highlight the advantages that this energy source can offer inthe production of artistic models and the interest of researching it.
참고문헌 (33)
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