“…For this purpose, a complete picture of the thermodynamic stability of LaMnO 3 has been studied extensively by experiment (with X-ray [6][7][8][9][10][11] and neutron diffraction [7,12], scanning [10,11] and transmission electron microscopy [10], electron paramagnetic resonance [9], thermogravimetry (TG) [6,10,12,13], differential thermal analysis (DTA) [11,12], differential scanning [6,8,10] and alternating current calorimetry [8]). However, not much literature can be found that investigates the factors affecting the reactivity of LaMnO 3 as a catalyst in an AFC environment [14].…”