
In the following work, we are present the experimental results and give measurement the apparent density (APD) for raw ceramic material used in the industrial production tiles for floor, in comparison with the immersion mercury method. The previous results were obtained having in it counts the application a mathematical model to the APD like no lineal function that parameters like the temperature, electric relative permittivity and variables as the relative humidity HR, voltage and resonance frequency, measured with an electronic device designed in the Central University by the group of investigation in Solid State and Optoelectronic ESSOPTO and used in the Investigation Center in Ceramic Materials: UFPS - CIMAC at the University Francisco de Paula Santander – Cúcuta - Colombia.<br><br>En el siguiente trabajo, se presentan los resultados experimentales y de medición de la Densidad Aparente (DAP) para material cerámico crudo utilizado en la fabricación industrial de baldosas para piso, frente al método de inmersión de mercurio. Los anteriores resultados se obtuvieron teniendo en cuenta la aplicación de un modelo matemático al DAP como función no lineal de parámetros como la temperatura, permitividad eléctrica relativa y variables como la humedad relativa HR, voltaje y frecuencia de resonancia, medidos con un dispositivo electrónico diseñado en la Universidad Central por el grupo de investigación en Estado Sólido y Optoelectrónica ESSOPTO y utilizado en el Centro de Investigación en Materiales Cerámicos de la UFPS – CIMAC de la Universidad Francisco de Paula Santander – Cúcuta Colombia.
densidad aparente, permitividad eléctrica, Clay industries. Ceramics. Glass, apparent density, relative humidity, thickness, humedad relativa, voltaje, TP785-869, espesor, voltage, electrical permittivity
densidad aparente, permitividad eléctrica, Clay industries. Ceramics. Glass, apparent density, relative humidity, thickness, humedad relativa, voltaje, TP785-869, espesor, voltage, electrical permittivity
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