Abstract
The fundamental equations for non-isothermal kinetics of various processes are reviewed. They are the same in their mathematical form as the isothermal kinetic equation, and time is replaced by generalized time. The independent variables contained in the equations are only generalized times, which determine the conversion of the process. The usefulness of this concept of generalized times is discussed, and they are found to be useful for the systematic description of non-isothermal processes as well as for prediction and control. The essential prerequisites to sound kinetic analysis of thermoanalytical data are briefly discussed.
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