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The thermal decomposition in dynamic oxidative atmosphere of the new homopolynuclear coordination compound [Fe(C2O4)(OH)(OH2)]n·0.3nH2O was investigated by simultaneously using TG, DTG and DTA techniques. Solid-state decomposition products formed during heating at different temperatures (350°C, 800°C and 1000°C) were analyzed by physical-chemical methods, including electronic spectroscopy (diffuse...
In the present study, the chemo-thermal modeling of time-dependent hydration phenomenon of the recycled-aggregate-based mortar and natural-aggregate-based mortar has been achieved via the modified Arrhenius’ law and 3D finite element analyses. The experimental measurements about the heat release rate and total hydration heat have been taken into account for the numerical experiments later on. The...
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