2011
P. Vera-Serna, F. Sánchez-De Jesús, A.M. Bolarín-Miró, A. Martínez, (2011). Mecanosíntesis y caracterización de ferrita de manganeso. Superficie y Vacío Vacío 24(2), 34-38. ISSN: 1665-3521.
Abstract
Mechanosynthesis process was applied to obtain manganese ferrite with formula MnFe2O4, powder oxides of MnO (99% purity) and Fe2O3 (99% purity) was used as raw materials. The high energy milling was performed under air atmosphere using stainless steel vials and hardness steel balls. X-ray Diffraction, Scanning Electronic Microscopy, Termogravimetric Analysis, Miliohmmeter (four-point resistivity measurement), Light scattering and Magnetometer were used to characterize the synthesis powders. The results shown that the MnFe2O4 was obtained at 12 hours of milling time, the material present saturation magnetic of 48 emu/g and electric conductivity of 0.033 S m-1.
Mechanosynthesis and magnetic characterization of nanocrystalline manganese ferrites
CARACTERIZACIÓN DE FERRITA DE MANGANESO OBTENIDA POR MECANOSÍNTESIS.
MECANOSÍNTESIS DE MANGANITAS DE LANTANO: EFECTO DE LA RELACIÓN EN PESO BOLAS:POLVO
OBTENCION DE Co-27Cr-6Mo MEDIANTE ALEADO MECANICO PARAPOSIBLES APLICACIONES BIOMÉDICAS
OBTENCION DE Co-27Cr-6Mo MEDIANTE ALEADO MECANICO PARA POSIBLES APLICACIONES BIOMÉDICAS
SÍNTESIS DE NiMn2O4 ASISTIDA MEDIANTE MOLIENDA DE ALTA ENERGÍA A PARTIR DE MEZCLAS DE NiO-MnO
OBTENCION DE Co-27Cr-6Mo MEDIANTE ALEADO MECANICO PARAPOSIBLES APLICACIONES BIOMÉDICAS
CARACTERIZACIÓN DE FERRITA DE MANGANESO OBTENIDA POR MECANOSÍNTESIS