Alev sprey piroliz yöntemi ile MgO katalizör nanopartiküllerin üretimi

Oxide nanomaterials have a wide range of applications including as catalysts and starting materials for preparing advanced structural ceramics. Magnesium oxide is highly insulating crystalline solid with sodium chloride crystal structure with excellent properties such as chemical inertness, electrical insulation, optical transparency, high temperature stability, high thermal conductivity, and secondary electron emission. In this study, nano scale magnesium oxide powders were synthesized via flame spray pyrolysis technique. The produced powders were post- annealed to obtain crystalline structure at 500 degrees centigrade for 120 minutes in air. The phase structure was analyzed by x-ray diffractometer. The morphology and accurate size of the primary particles were further investigated by scanning electron microscope. Particle size was determined using particle size analyzer. As a result of the analysis, Particles size is 121 nanometer and the phase structure is periclase magnesium oxide. Keywords: Forward kinematic, servo motor, arduino, microcontrollera Keywords: Flame spray pyrolysis, nanoparticle magnezium oxide