Scientific Production Faculty

Study of the Synthesis of Mullite From Kaolin-?-Al2O3 and Kaolin-Al(NO3)3.



Hernández Cruz, Leticia Esperanza

2012

E. M. Lozada, O. Alanís, F. Legorreta and L. E. Hernández (2012). Study of the Synthesis of Mullite From Kaolin-?-Al2O3 and Kaolin-Al(NO3)3. MRS Proceedings, 1481, pp 11-17. doi:10.1557/opl.2012.1627.


Abstract


two precursors of aluminum: ?-Al2O3 and Al(NO3)3 was investigated. In order to study the temperature effect, the system kaolin-?-Al2O3 was calcined in air in a range of 1200 to 1500C, for 2 h. For the system kaolin-Al(NO3)3, the combustion method was employed, using urea as fuel, and calcined in air at 1500C for 2 h. The products were characterized by X-ray diffraction, scanning electronic microscopy (SEM), energy dispersive spectroscopy and particle size analysis in order to analyze and compare their morphology and structure. The crystallographic study revealed an incomplete reaction between the kaolin and the ?-Al2O3. Nevertheless, in the system kaolin-Al(NO3)3, it was obtained mullite with high purity and trace



Research Product




Related articles

Influence of the Synthesis Method on the Microstructure and the Electronic Paramagnetic Resonance in...

COMPARATIVE STUDY OF THE USE OF CITRIC ACID AND UREA IN THE SYNTHESIS OF CALCIUM MANGANITES DOPED WITH CALCIUM MANGANITES....

BLEACHING OF BROWN COLORED KAOLINITIC CLAYS BY DISPERSION AND SETTLING

OBTAINING CERAMIC POWDER OF THE EuxCa1-xMnO3 SYSTEM BY THE POLYOL METHOD

SYNTHESIS OF ZrO2-NANOCOMPOSITES-CARBON-Mo NANOCOMPOSITES.

EXTRACCIÓN LÍQUIDO-LÍQUIDO DE Zn (II) EN DIFERENTES MEDIOS EMPLEANDO COMO EXTRACTANTE EL LÍQUIDO IÓN...

SYNTHESIS AND CHARACTERIZATION OF 1-HEXYLPYRIDINIUM BROMIDE: AN IONIC LIQUID WITH POTENTIAL FOR USE AS A...

ESTUDIO DEL EFECTO DE LA TEMPERATURA DE SISNTESIS EN LA ELABORACIÓN DE MANGANITAS DE CALCIO DOPADAS ...

ESTUDIO DE LA SÍNTESIS Y CARACTERIZACIÓN DE LA MANGANITA DE CALCIO DOPADA CON LANTANO OBTENIDA POR C...

STRUCTURAL IDENTIFICATION AND MAGNETIC BEHAVIOR OF CaMnOOBTENIDE VIA CO-PRECIPITATION