چكيده به لاتين
Nano-Magnesium ferrite (MgFe2O4) have been prepared by a modified combustion synthesis method named impregnated active layer combustion (IALC). The effects of five important parameters such as main fuel to oxidizer ratio, main fuel type, added fuel type, template type and main fuel to the added fuel ratio have been studied using taguchi design. Xylitol, D-manitol, EDTA and DTPA were used as fuels for magnesium ferrite synthesis for the first time. Besides, waste newspaper and Platanus Orientalis Leaf (POL) used as new templates.the samples were characterized by XRD, XRF, SEM, TEM, BET and VSM analyses. Results showed that the average crystallite size of the sample prepared under optimized condition (F/O of 0.75St, Xylitol, DTPA, POL, Added F/MF ratio of 0.75) was 17.7 nm. The result is confirmed by TEM. The saturated magnetization of the optimum sample was 21 emu/g and the specific surface area was 15.37 m2/g
