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By choosing these materials the problems of temperature measurement, calibration and constant heating power are resolved.
The pyrolysis experiments were carried out in nitrogen environment at a constant heating rate of 5 K min−1.
Cellulose pyrolysis has been investigated by combined TGA/DTA applying constant heating rates between 0.14 and 105 K min−1.
The pyrolysis experiments were carried out in nitrogen environment at a constant heating rate of 5 K min−1.
Experimental investigations were carried out to determine the workpiece temperature by varying laser power at constant heating time.
The temperatures at which the processes involved in the reaction sintering occurred were identified by constant heating rate experiments.
Comparing both experimental and calculated rate curves at constant heating rate assessed the adequate consistency of the kinetic triplet.
The relaxation of the viscosity and specific heat capacity was investigated in isothermal experiments and with constant heating rates.
The samples were heated from 373 K to 1223 K with a constant heating rate of 30 K/min.
The reaction order of lubricant depletion is evaluated during the rapid heating using a constant heating rate and various coverages.
However, the behaviour under a constant heating power show curvilinear reduction of the OCV as the temperature increases.
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