Generation of Data for Identification

The detailed kinetic model has been used to simulate the behavior of the reactive system in MATLAB/SIMULINK by performing Az = 9 isothermal runs at different temperatures 7), equally spaced by 5°C from 7) = 60°C to Tg = 100°C. For 

the concentration data have been lumped into the three components A, I, and P defined in Sect. 3.8.1. In conclusion, 9 x 71 = 639 simulated measurements of q and 3x9x71 = 1917 measurements of concentrations have been obtained. It is worth remarking that the above-described simulated measurements are easily available in a real context. In fact, as discussed in Sect. 2.6, the concentrations can be measured by drawing a sample of reacting mixture and analyzing it offline, while the heat released by the reactions can be obtained via calorimetric methods. 

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